What microsoft excel can be used for

Complete List of Things You Can Do With Excel

  • Tools, Calculators and Simulations.
  • Dashboards and Reports with Charts.
  • Automate Jobs with VBA macros.
  • Solver Add-in & Statistical Analysis.
  • Data Entry and Lists.
  • Games in Excel!
  • Educational use with Interactive features.
  • Create Cheatsheets with Excel.

Contents

  • 1 What are 7 things you can use Excel for?
  • 2 What are the 10 uses of Microsoft Excel?
  • 3 What are the 3 common uses for Excel?
  • 4 What can Excel be used for at home?
  • 5 What are the five uses of spreadsheet?
  • 6 How can excel help you as a student?
  • 7 How excel is useful in our life?
  • 8 Is Excel a good skill?
  • 9 What are 3 uses of spreadsheets?
  • 10 How are spreadsheets useful for users?
  • 11 What are the Excel features?
  • 12 How do I make Excel fun?
  • 13 How can excel functions help in future career?
  • 14 Is Excel worth learning in 2021?
  • 15 Is Excel still relevant 2021?
  • 16 What are the basic things to learn in Excel?
  • 17 What can I make a spreadsheet of?
  • 18 How do I make an Excel spreadsheet look pretty?
  • 19 How do you use a spreadsheet as a planner?
  • 20 What’s a worksheet in Excel?

What are 7 things you can use Excel for?

More Than a Spreadsheet: 7 Things You Can Do with Microsoft Excel

  • Accounting. Excel has long been a trusted accounting tool.
  • Data Entry, Storage, and Verification. At its core, Excel is data-entry software.
  • Data Visualisation.
  • Data Forecasting.
  • Inventory Tracking.
  • Project Management.
  • Creating Forms.

What are the 10 uses of Microsoft Excel?

Top 10 Uses of Microsoft Excel in Business

  • Business Analysis. The number 1 use of MS Excel in the workplace is to do business analysis.
  • People Management.
  • Managing Operations.
  • Performance Reporting.
  • Office Administration.
  • Strategic Analysis.
  • Project Management.
  • Managing Programs.

What are the 3 common uses for Excel?

The main uses of Excel include:

  • Data entry.
  • Data management.
  • Accounting.
  • Financial analysis.
  • Charting and graphing.
  • Programming.
  • Time management.
  • Task management.

What can Excel be used for at home?

You can use Excel to store, organize, and analyze data. Excel is Microsoft’s spreadsheet program, a part of the Microsoft 365 suite of products. Here’s a crash course in the basics of using Microsoft Excel.

What are the five uses of spreadsheet?

What Is the Purpose of Using a Spreadsheet?

  • Business Data Storage. A spreadsheet is an easy way to store all different kinds of data.
  • Accounting and Calculation Uses.
  • Budgeting and Spending Help.
  • Assisting with Data Exports.
  • Data Sifting and Cleanup.
  • Generating Reports and Charts.
  • Business Administrative Tasks.

How can excel help you as a student?

Excel reduces the difficulty of plotting data and allows students a means for interpreting the data. You can also reverse the traditional process of analyzing data by giving students a completed chart and see if they can reconstruct the underlying worksheet.

How excel is useful in our life?

Excel helps you in career management, time management, learning management, life management, and so on. If you are a student, then you can manage all your expenses with the help of excel.

Is Excel a good skill?

It contains a spreadsheet that can automatically input, calculate and analyze data, which makes it a valuable skill for the workplace. Employees can use Excel to accomplish an abundance of daily tasks.

What are 3 uses of spreadsheets?

The three most common general uses for spreadsheet software are to create budgets, produce graphs and charts, and for storing and sorting data. Within business spreadsheet software is used to forecast future performance, calculate tax, completing basic payroll, producing charts and calculating revenues.

How are spreadsheets useful for users?

A spreadsheet is a tool that is used to store, manipulate and analyze data.These programs allow users to work with data in a variety of ways to create budgets, forecasts, inventories, schedules, charts, graphs and many other data based worksheets.

What are the Excel features?

Features of Microsoft Excel

  • Add Header and Footer. MS Excel allows us to keep the header and footer in our spreadsheet document.
  • Find and Replace Command.
  • Password Protection.
  • Data Filtering.
  • Data Sorting.
  • Built-in formulae.
  • Create different charts (Pivot Table Report)
  • Automatically edits the result.

How do I make Excel fun?

Excel can be Exciting – 15 fun things you can do with your spreadsheet in less than 5 seconds

  1. Change the shape / color of cell comments.
  2. Filter unique items from a list.
  3. Sort from Left to Right.
  4. Hide the grid lines from your sheets.
  5. Add rounded border to your charts, make them look smooth.

How can excel functions help in future career?

Benefits of Excel for Employees

  1. Sharpening Your Skill Set.
  2. Improving Your Efficiency and Productivity.
  3. Making Yourself a More Valuable Member of the Company.
  4. Making You Better at Organizing Data.
  5. It Can Make Your Job Easier.
  6. It Creates Greater Efficiency and Heightens Productivity.

Is Excel worth learning in 2021?

Q: Is VBA still relevant in 2021? Excel is a program that is still worked with a lot by many companies/people, so it is still relevant to learn VBA in 2021.

Is Excel still relevant 2021?

In the age of data analysis, Microsoft Excel is still necessary.One such program, which often goes unnoticed when it comes to the analysis of data, is Microsoft Excel. Microsoft excel is still relevant in the age of data analysis and advanced technologies.

What are the basic things to learn in Excel?

Basic Skills for Excel Users

  • Sum or Count cells, based on one criterion or multiple criteria.
  • Build a Pivot Table to summarize date.
  • Write a formula with absolute and relative references.
  • Create a drop down list of options in a cell, for easier data entry.
  • Sort a list of text and/or numbers without messing up the data.

What can I make a spreadsheet of?

10 Amazingly Useful Spreadsheet Templates to Organize Your Life

  • Excel Money Management Template.
  • To-Do List.
  • Medication List.
  • Travel Budget Worksheet.
  • Checkbook Register.
  • Home Inventory Checklist.
  • Meal Planner.
  • Project Schedule Template.

How do I make an Excel spreadsheet look pretty?

Excel for Architects – 9 Steps to Beautiful Spreadsheets

  1. Choose a good font.
  2. Align your data.
  3. Give your data some space.
  4. Define your headers.
  5. Choose your colors carefully.
  6. Shade alternate rows for readability.
  7. Use Grids Sparingly.
  8. Create cell styles for consistency.

How do you use a spreadsheet as a planner?

Here’s how to set up your weekly planner using Google Sheets.

  1. Step 1: Go to spreadsheets.google.com and click “Template Gallery” to see all available templates.
  2. Step 2: Choose “Schedule” template.
  3. Step 3: Set the starting date in cell C2.
  4. Step 1: Make yourself a copy of this spreadsheet:

What’s a worksheet in Excel?

The term Worksheet used in Excel documents is a collection of cells organized in rows and columns. It is the working surface you interact with to enter data. Each worksheet contains 1048576 rows and 16384 columns and serves as a giant table that allows you to organize information.

Microsoft Excel

Microsoft Office Excel (2019–present).svg
Microsoft Excel.png

A simple bar graph being created in Excel, running on Windows 11

Developer(s) Microsoft
Initial release November 19, 1987; 35 years ago
Stable release

2103 (16.0.13901.20400)
/ April 13, 2021; 23 months ago[1]

Written in C++ (back-end)[2]
Operating system Microsoft Windows
Type Spreadsheet
License Trialware[3]
Website microsoft.com/en-us/microsoft-365/excel
Microsoft Excel for Mac

Excel for Mac screenshot.png

Excel for Mac (version 16.67), running on macOS Big Sur 11.5.2

Developer(s) Microsoft
Initial release September 30, 1985; 37 years ago
Stable release

16.70 (Build 23021201)
/ February 14, 2023; 54 days ago[4]

Written in C++ (back-end), Objective-C (API/UI)[2]
Operating system macOS
Type Spreadsheet
License Proprietary commercial software
Website products.office.com/mac
Microsoft Excel for Android

Excel for Android.png

Excel for Android running on Android 13

Developer(s) Microsoft Corporation
Stable release

16.0.14729.20146
/ December 22, 2021; 15 months ago[5]

Operating system Android Oreo and later
Type Spreadsheet
License Proprietary commercial software
Website products.office.com/en-us/excel
Microsoft Excel for iOS and iPadOS

Developer(s) Microsoft Corporation
Stable release

2.70.1
/ February 15, 2023; 53 days ago[6]

Operating system iOS 15 or later
iPadOS 15 or later
Type Spreadsheet
License Proprietary commercial software
Website products.office.com/en-us/excel

Microsoft Excel is a spreadsheet developed by Microsoft for Windows, macOS, Android, iOS and iPadOS. It features calculation or computation capabilities, graphing tools, pivot tables, and a macro programming language called Visual Basic for Applications (VBA). Excel forms part of the Microsoft 365 suite of software.

Features

Basic operation

Microsoft Excel has the basic features of all spreadsheets,[7] using a grid of cells arranged in numbered rows and letter-named columns to organize data manipulations like arithmetic operations. It has a battery of supplied functions to answer statistical, engineering, and financial needs. In addition, it can display data as line graphs, histograms and charts, and with a very limited three-dimensional graphical display. It allows sectioning of data to view its dependencies on various factors for different perspectives (using pivot tables and the scenario manager).[8] A PivotTable is a tool for data analysis. It does this by simplifying large data sets via PivotTable fields. It has a programming aspect, Visual Basic for Applications, allowing the user to employ a wide variety of numerical methods, for example, for solving differential equations of mathematical physics,[9][10] and then reporting the results back to the spreadsheet. It also has a variety of interactive features allowing user interfaces that can completely hide the spreadsheet from the user, so the spreadsheet presents itself as a so-called application, or decision support system (DSS), via a custom-designed user interface, for example, a stock analyzer,[11] or in general, as a design tool that asks the user questions and provides answers and reports.[12][13] In a more elaborate realization, an Excel application can automatically poll external databases and measuring instruments using an update schedule,[14] analyze the results, make a Word report or PowerPoint slide show, and e-mail these presentations on a regular basis to a list of participants. Excel was not designed to be used as a database.[citation needed]

Microsoft allows for a number of optional command-line switches to control the manner in which Excel starts.[15]

Functions

Excel 2016 has 484 functions.[16] Of these, 360 existed prior to Excel 2010. Microsoft classifies these functions in 14 categories. Of the 484 current functions, 386 may be called from VBA as methods of the object «WorksheetFunction»[17] and 44 have the same names as VBA functions.[18]

With the introduction of LAMBDA, Excel will become Turing complete.[19]

Macro programming

VBA programming

Use of a user-defined function sq(x) in Microsoft Excel. The named variables x & y are identified in the Name Manager. The function sq is introduced using the Visual Basic editor supplied with Excel.

Subroutine in Excel calculates the square of named column variable x read from the spreadsheet, and writes it into the named column variable y.

The Windows version of Excel supports programming through Microsoft’s Visual Basic for Applications (VBA), which is a dialect of Visual Basic. Programming with VBA allows spreadsheet manipulation that is awkward or impossible with standard spreadsheet techniques. Programmers may write code directly using the Visual Basic Editor (VBE), which includes a window for writing code, debugging code, and code module organization environment. The user can implement numerical methods as well as automating tasks such as formatting or data organization in VBA[20] and guide the calculation using any desired intermediate results reported back to the spreadsheet.

VBA was removed from Mac Excel 2008, as the developers did not believe that a timely release would allow porting the VBA engine natively to Mac OS X. VBA was restored in the next version, Mac Excel 2011,[21] although the build lacks support for ActiveX objects, impacting some high level developer tools.[22]

A common and easy way to generate VBA code is by using the Macro Recorder.[23] The Macro Recorder records actions of the user and generates VBA code in the form of a macro. These actions can then be repeated automatically by running the macro. The macros can also be linked to different trigger types like keyboard shortcuts, a command button or a graphic. The actions in the macro can be executed from these trigger types or from the generic toolbar options. The VBA code of the macro can also be edited in the VBE. Certain features such as loop functions and screen prompt by their own properties, and some graphical display items, cannot be recorded but must be entered into the VBA module directly by the programmer. Advanced users can employ user prompts to create an interactive program, or react to events such as sheets being loaded or changed.

Macro Recorded code may not be compatible with Excel versions. Some code that is used in Excel 2010 cannot be used in Excel 2003. Making a Macro that changes the cell colors and making changes to other aspects of cells may not be backward compatible.

VBA code interacts with the spreadsheet through the Excel Object Model,[24] a vocabulary identifying spreadsheet objects, and a set of supplied functions or methods that enable reading and writing to the spreadsheet and interaction with its users (for example, through custom toolbars or command bars and message boxes). User-created VBA subroutines execute these actions and operate like macros generated using the macro recorder, but are more flexible and efficient.

History

From its first version Excel supported end-user programming of macros (automation of repetitive tasks) and user-defined functions (extension of Excel’s built-in function library). In early versions of Excel, these programs were written in a macro language whose statements had formula syntax and resided in the cells of special-purpose macro sheets (stored with file extension .XLM in Windows.) XLM was the default macro language for Excel through Excel 4.0.[25] Beginning with version 5.0 Excel recorded macros in VBA by default but with version 5.0 XLM recording was still allowed as an option. After version 5.0 that option was discontinued. All versions of Excel, including Excel 2021 are capable of running an XLM macro, though Microsoft discourages their use.[26]

Charts

Graph made using Microsoft Excel

Excel supports charts, graphs, or histograms generated from specified groups of cells. It also supports Pivot Charts that allow for a chart to be linked directly to a Pivot table. This allows the chart to be refreshed with the Pivot Table. The generated graphic component can either be embedded within the current sheet or added as a separate object.

These displays are dynamically updated if the content of cells changes. For example, suppose that the important design requirements are displayed visually; then, in response to a user’s change in trial values for parameters, the curves describing the design change shape, and their points of intersection shift, assisting the selection of the best design.

Add-ins

Additional features are available using add-ins. Several are provided with Excel, including:

  • Analysis ToolPak: Provides data analysis tools for statistical and engineering analysis (includes analysis of variance and regression analysis)
  • Analysis ToolPak VBA: VBA functions for Analysis ToolPak
  • Euro Currency Tools: Conversion and formatting for euro currency
  • Solver Add-In: Tools for optimization and equation solving

Data storage and communication

Number of rows and columns

Versions of Excel up to 7.0 had a limitation in the size of their data sets of 16K (214 = 16384) rows. Versions 8.0 through 11.0 could handle 64K (216 = 65536) rows and 256 columns (28 as label ‘IV’). Version 12.0 onwards, including the current Version 16.x, can handle over 1M (220 = 1048576) rows, and 16384 (214, labeled as column ‘XFD’) columns.[27]

File formats

Excel Spreadsheet

Filename extension

.xls, (.xlsx, .xlsm, .xlsb — Excel 2007)

Internet media type

application/vnd.ms-excel

Uniform Type Identifier (UTI) com.microsoft.excel.xls
Developed by Microsoft
Type of format Spreadsheet

Microsoft Excel up until 2007 version used a proprietary binary file format called Excel Binary File Format (.XLS) as its primary format.[28] Excel 2007 uses Office Open XML as its primary file format, an XML-based format that followed after a previous XML-based format called «XML Spreadsheet» («XMLSS»), first introduced in Excel 2002.[29]

Although supporting and encouraging the use of new XML-based formats as replacements, Excel 2007 remained backwards-compatible with the traditional, binary formats. In addition, most versions of Microsoft Excel can read CSV, DBF, SYLK, DIF, and other legacy formats. Support for some older file formats was removed in Excel 2007.[30] The file formats were mainly from DOS-based programs.

Binary

OpenOffice.org has created documentation of the Excel format. Two epochs of the format exist: the 97-2003 OLE format, and the older stream format.[31] Microsoft has made the Excel binary format specification available to freely download.[32]

XML Spreadsheet

The XML Spreadsheet format introduced in Excel 2002[29] is a simple, XML based format missing some more advanced features like storage of VBA macros. Though the intended file extension for this format is .xml, the program also correctly handles XML files with .xls extension. This feature is widely used by third-party applications (e.g. MySQL Query Browser) to offer «export to Excel» capabilities without implementing binary file format. The following example will be correctly opened by Excel if saved either as Book1.xml or Book1.xls:

<?xml version="1.0"?>
<Workbook xmlns="urn:schemas-microsoft-com:office:spreadsheet"
 xmlns:o="urn:schemas-microsoft-com:office:office"
 xmlns:x="urn:schemas-microsoft-com:office:excel"
 xmlns:ss="urn:schemas-microsoft-com:office:spreadsheet"
 xmlns:html="http://www.w3.org/TR/REC-html40">
 <Worksheet ss:Name="Sheet1">
  <Table ss:ExpandedColumnCount="2" ss:ExpandedRowCount="2" x:FullColumns="1" x:FullRows="1">
   <Row>
    <Cell><Data ss:Type="String">Name</Data></Cell>
    <Cell><Data ss:Type="String">Example</Data></Cell>
   </Row>
   <Row>
    <Cell><Data ss:Type="String">Value</Data></Cell>
    <Cell><Data ss:Type="Number">123</Data></Cell>
   </Row>
  </Table>
 </Worksheet>
</Workbook>

Current file extensions

Microsoft Excel 2007, along with the other products in the Microsoft Office 2007 suite, introduced new file formats. The first of these (.xlsx) is defined in the Office Open XML (OOXML) specification.

Excel 2007 formats

Format Extension Description
Excel Workbook .xlsx The default Excel 2007 and later workbook format. In reality, a ZIP compressed archive with a directory structure of XML text documents. Functions as the primary replacement for the former binary .xls format, although it does not support Excel macros for security reasons. Saving as .xlsx offers file size reduction over .xls[33]
Excel Macro-enabled Workbook .xlsm As Excel Workbook, but with macro support.
Excel Binary Workbook .xlsb As Excel Macro-enabled Workbook, but storing information in binary form rather than XML documents for opening and saving documents more quickly and efficiently. Intended especially for very large documents with tens of thousands of rows, and/or several hundreds of columns. This format is very useful for shrinking large Excel files as is often the case when doing data analysis.
Excel Macro-enabled Template .xltm A template document that forms a basis for actual workbooks, with macro support. The replacement for the old .xlt format.
Excel Add-in .xlam Excel add-in to add extra functionality and tools. Inherent macro support because of the file purpose.

Old file extensions

Format Extension Description
Spreadsheet .xls Main spreadsheet format which holds data in worksheets, charts, and macros
Add-in (VBA) .xla Adds custom functionality; written in VBA
Toolbar .xlb The file extension where Microsoft Excel custom toolbar settings are stored.
Chart .xlc A chart created with data from a Microsoft Excel spreadsheet that only saves the chart. To save the chart and spreadsheet save as .XLS. XLC is not supported in Excel 2007 or in any newer versions of Excel.
Dialog .xld Used in older versions of Excel.
Archive .xlk A backup of an Excel Spreadsheet
Add-in (DLL) .xll Adds custom functionality; written in C++/C, Fortran, etc. and compiled in to a special dynamic-link library
Macro .xlm A macro is created by the user or pre-installed with Excel.
Template .xlt A pre-formatted spreadsheet created by the user or by Microsoft Excel.
Module .xlv A module is written in VBA (Visual Basic for Applications) for Microsoft Excel
Library .DLL Code written in VBA may access functions in a DLL, typically this is used to access the Windows API
Workspace .xlw Arrangement of the windows of multiple Workbooks

Using other Windows applications

Windows applications such as Microsoft Access and Microsoft Word, as well as Excel can communicate with each other and use each other’s capabilities. The most common are Dynamic Data Exchange: although strongly deprecated by Microsoft, this is a common method to send data between applications running on Windows, with official MS publications referring to it as «the protocol from hell».[34] As the name suggests, it allows applications to supply data to others for calculation and display. It is very common in financial markets, being used to connect to important financial data services such as Bloomberg and Reuters.

OLE Object Linking and Embedding allows a Windows application to control another to enable it to format or calculate data. This may take on the form of «embedding» where an application uses another to handle a task that it is more suited to, for example a PowerPoint presentation may be embedded in an Excel spreadsheet or vice versa.[35][36][37][38]

Using external data

Excel users can access external data sources via Microsoft Office features such as (for example) .odc connections built with the Office Data Connection file format. Excel files themselves may be updated using a Microsoft supplied ODBC driver.

Excel can accept data in real-time through several programming interfaces, which allow it to communicate with many data sources such as Bloomberg and Reuters (through addins such as Power Plus Pro).

  • DDE: «Dynamic Data Exchange» uses the message passing mechanism in Windows to allow data to flow between Excel and other applications. Although it is easy for users to create such links, programming such links reliably is so difficult that Microsoft, the creators of the system, officially refer to it as «the protocol from hell».[34] In spite of its many issues DDE remains the most common way for data to reach traders in financial markets.
  • Network DDE Extended the protocol to allow spreadsheets on different computers to exchange data. Starting with Windows Vista, Microsoft no longer supports the facility.[39]
  • Real Time Data: RTD although in many ways technically superior to DDE, has been slow to gain acceptance, since it requires non-trivial programming skills, and when first released was neither adequately documented nor supported by the major data vendors.[40][41]

Alternatively, Microsoft Query provides ODBC-based browsing within Microsoft Excel.[42][43][44]

Export and migration of spreadsheets

Programmers have produced APIs to open Excel spreadsheets in a variety of applications and environments other than Microsoft Excel. These include opening Excel documents on the web using either ActiveX controls, or plugins like the Adobe Flash Player. The Apache POI opensource project provides Java libraries for reading and writing Excel spreadsheet files.

Password protection

Microsoft Excel protection offers several types of passwords:

  • Password to open a document[45]
  • Password to modify a document[46]
  • Password to unprotect the worksheet
  • Password to protect workbook
  • Password to protect the sharing workbook[47]

All passwords except password to open a document can be removed instantly regardless of the Microsoft Excel version used to create the document. These types of passwords are used primarily for shared work on a document. Such password-protected documents are not encrypted, and a data sources from a set password is saved in a document’s header. Password to protect workbook is an exception – when it is set, a document is encrypted with the standard password «VelvetSweatshop», but since it is known to the public, it actually does not add any extra protection to the document. The only type of password that can prevent a trespasser from gaining access to a document is password to open a document. The cryptographic strength of this kind of protection depends strongly on the Microsoft Excel version that was used to create the document.

In Microsoft Excel 95 and earlier versions, the password to open is converted to a 16-bit key that can be instantly cracked. In Excel 97/2000 the password is converted to a 40-bit key, which can also be cracked very quickly using modern equipment. As regards services that use rainbow tables (e.g. Password-Find), it takes up to several seconds to remove protection. In addition, password-cracking programs can brute-force attack passwords at a rate of hundreds of thousands of passwords a second, which not only lets them decrypt a document but also find the original password.

In Excel 2003/XP the encryption is slightly better – a user can choose any encryption algorithm that is available in the system (see Cryptographic Service Provider). Due to the CSP, an Excel file cannot be decrypted, and thus the password to open cannot be removed, though the brute-force attack speed remains quite high. Nevertheless, the older Excel 97/2000 algorithm is set by the default. Therefore, users who do not change the default settings lack reliable protection of their documents.

The situation changed fundamentally in Excel 2007, where the modern AES algorithm with a key of 128 bits started being used for decryption, and a 50,000-fold use of the hash function SHA1 reduced the speed of brute-force attacks down to hundreds of passwords per second. In Excel 2010, the strength of the protection by the default was increased two times due to the use of a 100,000-fold SHA1 to convert a password to a key.

Other platforms

Excel for mobile

Excel Mobile is a spreadsheet program that can edit XLSX files. It can edit and format text in cells, calculate formulas, search within the spreadsheet, sort rows and columns, freeze panes, filter the columns, add comments, and create charts. It cannot add columns or rows except at the edge of the document, rearrange columns or rows, delete rows or columns, or add spreadsheet tabs.[48][49][50][51][52][53] The 2007 version has the ability to use a full-screen mode to deal with limited screen resolution, as well as split panes to view different parts of a worksheet at one time.[51] Protection settings, zoom settings, autofilter settings, certain chart formatting, hidden sheets, and other features are not supported on Excel Mobile, and will be modified upon opening and saving a workbook.[52] In 2015, Excel Mobile became available for Windows 10 and Windows 10 Mobile on Windows Store.[54][55]

Excel for the web

Excel for the web is a free lightweight version of Microsoft Excel available as part of Office on the web, which also includes web versions of Microsoft Word and Microsoft PowerPoint.

Excel for the web can display most of the features available in the desktop versions of Excel, although it may not be able to insert or edit them. Certain data connections are not accessible on Excel for the web, including with charts that may use these external connections. Excel for the web also cannot display legacy features, such as Excel 4.0 macros or Excel 5.0 dialog sheets. There are also small differences between how some of the Excel functions work.[56]

Microsoft Excel Viewer

Microsoft Excel Viewer was a freeware program for Microsoft Windows for viewing and printing spreadsheet documents created by Excel.[57] Microsoft retired the viewer in April 2018 with the last security update released in February 2019 for Excel Viewer 2007 (SP3).[58][59]

The first version released by Microsoft was Excel 97 Viewer.[60][61] Excel 97 Viewer was supported in Windows CE for Handheld PCs.[62] In October 2004, Microsoft released Excel Viewer 2003.[63] In September 2007, Microsoft released Excel Viewer 2003 Service Pack 3 (SP3).[64] In January 2008, Microsoft released Excel Viewer 2007 (featuring a non-collapsible Ribbon interface).[65] In April 2009, Microsoft released Excel Viewer 2007 Service Pack 2 (SP2).[66] In October 2011, Microsoft released Excel Viewer 2007 Service Pack 3 (SP3).[67]

Microsoft advises to view and print Excel files for free to use the Excel Mobile application for Windows 10 and for Windows 7 and Windows 8 to upload the file to OneDrive and use Excel for the web with a Microsoft account to open them in a browser.[58][68]

Quirks

In addition to issues with spreadsheets in general, other problems specific to Excel include numeric precision, misleading statistics functions, mod function errors, date limitations and more.

Numeric precision

Excel maintains 15 figures in its numbers, but they are not always accurate: the bottom line should be the same as the top line.

Despite the use of 15-figure precision, Excel can display many more figures (up to thirty) upon user request. But the displayed figures are not those actually used in its computations, and so, for example, the difference of two numbers may differ from the difference of their displayed values. Although such departures are usually beyond the 15th decimal, exceptions do occur, especially for very large or very small numbers. Serious errors can occur if decisions are made based upon automated comparisons of numbers (for example, using the Excel If function), as equality of two numbers can be unpredictable.[citation needed]

In the figure, the fraction 1/9000 is displayed in Excel. Although this number has a decimal representation that is an infinite string of ones, Excel displays only the leading 15 figures. In the second line, the number one is added to the fraction, and again Excel displays only 15 figures. In the third line, one is subtracted from the sum using Excel. Because the sum in the second line has only eleven 1’s after the decimal, the difference when 1 is subtracted from this displayed value is three 0’s followed by a string of eleven 1’s. However, the difference reported by Excel in the third line is three 0’s followed by a string of thirteen 1’s and two extra erroneous digits. This is because Excel calculates with about half a digit more than it displays.

Excel works with a modified 1985 version of the IEEE 754 specification.[69] Excel’s implementation involves conversions between binary and decimal representations, leading to accuracy that is on average better than one would expect from simple fifteen digit precision, but that can be worse. See the main article for details.

Besides accuracy in user computations, the question of accuracy in Excel-provided functions may be raised. Particularly in the arena of statistical functions, Excel has been criticized for sacrificing accuracy for speed of calculation.[70][71]

As many calculations in Excel are executed using VBA, an additional issue is the accuracy of VBA, which varies with variable type and user-requested precision.[72]

Statistical functions

The accuracy and convenience of statistical tools in Excel has been criticized,[73][74][75][76][77] as mishandling missing data, as returning incorrect values due to inept handling of round-off and large numbers, as only selectively updating calculations on a spreadsheet when some cell values are changed, and as having a limited set of statistical tools. Microsoft has announced some of these issues are addressed in Excel 2010.[78]

Excel MOD function error

Excel has issues with modulo operations. In the case of excessively large results, Excel will return the error warning #NUM! instead of an answer.[79]

Fictional leap day in the year 1900

Excel includes February 29, 1900, incorrectly treating 1900 as a leap year, even though e.g. 2100 is correctly treated as a non-leap year.[80][81] The bug originated from Lotus 1-2-3 (deliberately implemented to save computer memory), and was also purposely implemented in Excel, for the purpose of bug compatibility.[82] This legacy has later been carried over into Office Open XML file format.[83]

Thus a (not necessarily whole) number greater than or equal to 61 interpreted as a date and time are the (real) number of days after December 30, 1899, 0:00, a non-negative number less than 60 is the number of days after December 31, 1899, 0:00, and numbers with whole part 60 represent the fictional day.

Date range

Excel supports dates with years in the range 1900–9999, except that December 31, 1899, can be entered as 0 and is displayed as 0-jan-1900.

Converting a fraction of a day into hours, minutes and days by treating it as a moment on the day January 1, 1900, does not work for a negative fraction.[84]

Conversion problems

Entering text that happens to be in a form that is interpreted as a date, the text can be unintentionally changed to a standard date format. A similar problem occurs when a text happens to be in the form of a floating-point notation of a number. In these cases the original exact text cannot be recovered from the result. Formatting the cell as TEXT before entering ambiguous text prevents Excel from converting to a date.

This issue has caused a well known problem in the analysis of DNA, for example in bioinformatics. As first reported in 2004,[85] genetic scientists found that Excel automatically and incorrectly converts certain gene names into dates. A follow-up study in 2016 found many peer reviewed scientific journal papers had been affected and that «Of the selected journals, the proportion of published articles with Excel files containing gene lists that are affected by gene name errors is 19.6 %.»[86] Excel parses the copied and pasted data and sometimes changes them depending on what it thinks they are. For example, MARCH1 (Membrane Associated Ring-CH-type finger 1) gets converted to the date March 1 (1-Mar) and SEPT2 (Septin 2) is converted into September 2 (2-Sep) etc.[87] While some secondary news sources[88] reported this as a fault with Excel, the original authors of the 2016 paper placed the blame with the researchers misusing Excel.[86][89]

In August 2020 the HUGO Gene Nomenclature Committee (HGNC) published new guidelines in the journal Nature regarding gene naming in order to avoid issues with «symbols that affect data handling and retrieval.» So far 27 genes have been renamed, including changing MARCH1 to MARCHF1 and SEPT1 to SEPTIN1 in order to avoid accidental conversion of the gene names into dates.[90]

Errors with large strings

The following functions return incorrect results when passed a string longer than 255 characters:[91]

  • type() incorrectly returns 16, meaning «Error value»
  • IsText(), when called as a method of the VBA object WorksheetFunction (i.e., WorksheetFunction.IsText() in VBA), incorrectly returns «false».

Filenames

Microsoft Excel will not open two documents with the same name and instead will display the following error:

A document with the name ‘%s’ is already open. You cannot open two documents with the same name, even if the documents are in different folders. To open the second document, either close the document that is currently open, or rename one of the documents.[92]

The reason is for calculation ambiguity with linked cells. If there is a cell ='[Book1.xlsx]Sheet1'!$G$33, and there are two books named «Book1» open, there is no way to tell which one the user means.[93]

Versions

Early history

Microsoft originally marketed a spreadsheet program called Multiplan in 1982. Multiplan became very popular on CP/M systems, but on MS-DOS systems it lost popularity to Lotus 1-2-3. Microsoft released the first version of Excel for the Macintosh on September 30, 1985, and the first Windows version was 2.05 (to synchronize with the Macintosh version 2.2) on November 19, 1987.[94][95] Lotus was slow to bring 1-2-3 to Windows and by the early 1990s, Excel had started to outsell 1-2-3 and helped Microsoft achieve its position as a leading PC software developer. This accomplishment solidified Microsoft as a valid competitor and showed its future of developing GUI software. Microsoft maintained its advantage with regular new releases, every two years or so.

Microsoft Windows

Excel 2.0 is the first version of Excel for the Intel platform. Versions prior to 2.0 were only available on the Apple Macintosh.

Excel 2.0 (1987)

The first Windows version was labeled «2» to correspond to the Mac version. It was announced on October 6, 1987, and released on November 19.[96] This included a run-time version of Windows.[97]

BYTE in 1989 listed Excel for Windows as among the «Distinction» winners of the BYTE Awards. The magazine stated that the port of the «extraordinary» Macintosh version «shines», with a user interface as good as or better than the original.

Excel 3.0 (1990)

Included toolbars, drawing capabilities, outlining, add-in support, 3D charts, and many more new features.[97]

Excel 4.0 (1992)

Introduced auto-fill.[98]

Also, an easter egg in Excel 4.0 reveals a hidden animation of a dancing set of numbers 1 through 3, representing Lotus 1-2-3, which is then crushed by an Excel logo.[99]

Excel 5.0 (1993)

With version 5.0, Excel has included Visual Basic for Applications (VBA), a programming language based on Visual Basic which adds the ability to automate tasks in Excel and to provide user-defined functions (UDF) for use in worksheets. VBA includes a fully featured integrated development environment (IDE). Macro recording can produce VBA code replicating user actions, thus allowing simple automation of regular tasks. VBA allows the creation of forms and in‑worksheet controls to communicate with the user. The language supports use (but not creation) of ActiveX (COM) DLL’s; later versions add support for class modules allowing the use of basic object-oriented programming techniques.

The automation functionality provided by VBA made Excel a target for macro viruses. This caused serious problems until antivirus products began to detect these viruses. Microsoft belatedly took steps to prevent the misuse by adding the ability to disable macros completely, to enable macros when opening a workbook or to trust all macros signed using a trusted certificate.

Versions 5.0 to 9.0 of Excel contain various Easter eggs, including a «Hall of Tortured Souls», a Doom-like minigame, although since version 10 Microsoft has taken measures to eliminate such undocumented features from their products.[100]

5.0 was released in a 16-bit x86 version for Windows 3.1 and later in a 32-bit version for NT 3.51 (x86/Alpha/PowerPC)

Excel 95 (v7.0)

Released in 1995 with Microsoft Office for Windows 95, this is the first major version after Excel 5.0, as there is no Excel 6.0 with all of the Office applications standardizing on the same major version number.

Internal rewrite to 32-bits. Almost no external changes, but faster and more stable.

Excel 95 contained a hidden Doom-like mini-game called «The Hall of Tortured Souls», a series of rooms featuring the names and faces of the developers as an easter egg.[101]

Excel 97 (v8.0)

Included in Office 97 (for x86 and Alpha). This was a major upgrade that introduced the paper clip office assistant and featured standard VBA used instead of internal Excel Basic. It introduced the now-removed Natural Language labels.

This version of Excel includes a flight simulator as an Easter Egg.

Excel 2000 (v9.0)

Included in Office 2000. This was a minor upgrade but introduced an upgrade to the clipboard where it can hold multiple objects at once. The Office Assistant, whose frequent unsolicited appearance in Excel 97 had annoyed many users, became less intrusive.

A small 3-D game called «Dev Hunter» (inspired by Spy Hunter) was included as an easter egg.[102][103]

Excel 2002 (v10.0)

Included in Office XP. Very minor enhancements.

Excel 2003 (v11.0)

Included in Office 2003. Minor enhancements.

Excel 2007 (v12.0)

Included in Office 2007. This release was a major upgrade from the previous version. Similar to other updated Office products, Excel in 2007 used the new Ribbon menu system. This was different from what users were used to, and was met with mixed reactions. One study reported fairly good acceptance by users except highly experienced users and users of word processing applications with a classical WIMP interface, but was less convinced in terms of efficiency and organization.[104] However, an online survey reported that a majority of respondents had a negative opinion of the change, with advanced users being «somewhat more negative» than intermediate users, and users reporting a self-estimated reduction in productivity.

Added functionality included Tables,[105] and the SmartArt set of editable business diagrams. Also added was an improved management of named variables through the Name Manager, and much-improved flexibility in formatting graphs, which allow (x, y) coordinate labeling and lines of arbitrary weight. Several improvements to pivot tables were introduced.

Also like other office products, the Office Open XML file formats were introduced, including .xlsm for a workbook with macros and .xlsx for a workbook without macros.[106]

Specifically, many of the size limitations of previous versions were greatly increased. To illustrate, the number of rows was now 1,048,576 (220) and columns was 16,384 (214; the far-right column is XFD). This changes what is a valid A1 reference versus a named range. This version made more extensive use of multiple cores for the calculation of spreadsheets; however, VBA macros are not handled in parallel and XLL add‑ins were only executed in parallel if they were thread-safe and this was indicated at registration.

Excel 2010 (v14.0)

Microsoft Excel 2010 running on Windows 7

Included in Office 2010, this is the next major version after v12.0, as version number 13 was skipped.

Minor enhancements and 64-bit support,[107] including the following:

  • Multi-threading recalculation (MTR) for commonly used functions
  • Improved pivot tables
  • More conditional formatting options
  • Additional image editing capabilities
  • In-cell charts called sparklines
  • Ability to preview before pasting
  • Office 2010 backstage feature for document-related tasks
  • Ability to customize the Ribbon
  • Many new formulas, most highly specialized to improve accuracy[108]

Excel 2013 (v15.0)

Included in Office 2013, along with a lot of new tools included in this release:

  • Improved Multi-threading and Memory Contention
  • FlashFill[109]
  • Power View[110]
  • Power Pivot[111]
  • Timeline Slicer
  • Windows App
  • Inquire[112]
  • 50 new functions[113]

Excel 2016 (v16.0)

Included in Office 2016, along with a lot of new tools included in this release:

  • Power Query integration
  • Read-only mode for Excel
  • Keyboard access for Pivot Tables and Slicers in Excel
  • New Chart Types
  • Quick data linking in Visio
  • Excel forecasting functions
  • Support for multiselection of Slicer items using touch
  • Time grouping and Pivot Chart Drill Down
  • Excel data cards[114]

Excel 2019, Excel 2021, Office 365 and subsequent (v16.0)

Microsoft no longer releases Office or Excel in discrete versions. Instead, features are introduced automatically over time using Windows Update. The version number remains 16.0. Thereafter only the approximate dates when features appear can now be given.

  • Dynamic Arrays. These are essentially Array Formulas but they «Spill» automatically into neighboring cells and does not need the ctrl-shift-enter to create them. Further, dynamic arrays are the default format, with new «@» and «#» operators to provide compatibility with previous versions. This is perhaps the biggest structural change since 2007, and is in response to a similar feature in Google Sheets. Dynamic arrays started appearing in pre-releases about 2018, and as of March 2020 are available in published versions of Office 365 provided a user selected «Office Insiders».

Apple Macintosh

Microsoft Excel for Mac 2011

  • 1985 Excel 1.0
  • 1988 Excel 1.5
  • 1989 Excel 2.2
  • 1990 Excel 3.0
  • 1992 Excel 4.0
  • 1993 Excel 5.0 (part of Office 4.x—Final Motorola 680×0 version[115] and first PowerPC version)
  • 1998 Excel 8.0 (part of Office 98)
  • 2000 Excel 9.0 (part of Office 2001)
  • 2001 Excel 10.0 (part of Office v. X)
  • 2004 Excel 11.0 (part of Office 2004)
  • 2008 Excel 12.0 (part of Office 2008)
  • 2010 Excel 14.0 (part of Office 2011)
  • 2015 Excel 15.0 (part of Office 2016—Office 2016 for Mac brings the Mac version much closer to parity with its Windows cousin, harmonizing many of the reporting and high-level developer functions, while bringing the ribbon and styling into line with its PC counterpart.)[116]

OS/2

  • 1989 Excel 2.2
  • 1990 Excel 2.3
  • 1991 Excel 3.0

Summary

Legend: Old version, not maintained Older version, still maintained Current stable version
Microsoft Excel for Windows release history

Year Name Version Comments
1987 Excel 2 2.0 Renumbered to 2 to correspond with contemporary Macintosh version. Supported macros (later known as Excel 4 macros).
1990 Excel 3 3.0 Added 3D graphing capabilities
1992 Excel 4 4.0 Introduced auto-fill feature
1993 Excel 5 5.0 Included Visual Basic for Applications (VBA) and various object-oriented options
1995 Excel 95 7.0 Renumbered for contemporary Word version. Both programs were packaged in Microsoft Office by this time.
1997 Excel 97 8.0
2000 Excel 2000 9.0 Part of Microsoft Office 2000, which was itself part of Windows Millennium (also known as «Windows ME»).
2002 Excel 2002 10.0
2003 Excel 2003 11.0 Released only 1 year later to correspond better with the rest of Microsoft Office (Word, PowerPoint, etc.).
2007 Excel 2007 12.0
2010 Excel 2010 14.0 Due to superstitions surrounding the number 13, Excel 13 was skipped in version counting.
2013 Excel 2013 15.0 Introduced 50 more mathematical functions (available as pre-packaged commands, rather than typing the formula manually).
2016 Excel 2016 16.0 Part of Microsoft Office 2016
Microsoft Excel for Macintosh release history

Year Name Version Comments
1985 Excel 1 1.0 Initial version of Excel. Supported macros (later known as Excel 4 macros).
1988 Excel 1.5 1.5
1989 Excel 2 2.2
1990 Excel 3 3.0
1992 Excel 4 4.0
1993 Excel 5 5.0 Only available on PowerPC-based Macs. First PowerPC version.
1998 Excel 98 8.0 Excel 6 and Excel 7 were skipped to correspond with the rest of Microsoft Office at the time.
2000 Excel 2000 9.0
2001 Excel 2001 10.0
2004 Excel 2004 11.0
2008 Excel 2008 12.0
2011 Excel 2011 14.0 As with the Windows version, version 13 was skipped for superstitious reasons.
2016 Excel 2016 16.0 As with the rest of Microsoft Office, so it is for Excel: Future release dates for the Macintosh version are intended to correspond better to those for the Windows version, from 2016 onward.
Microsoft Excel for OS/2 release history

Year Name Version Comments
1989 Excel 2.2 2.2 Numbered in between Windows versions at the time
1990 Excel 2.3 2.3
1991 Excel 3 3.0 Last OS/2 version. Discontinued subseries of Microsoft Excel, which is otherwise still an actively developed program.

Impact

Excel offers many user interface tweaks over the earliest electronic spreadsheets; however, the essence remains the same as in the original spreadsheet software, VisiCalc: the program displays cells organized in rows and columns, and each cell may contain data or a formula, with relative or absolute references to other cells.

Excel 2.0 for Windows, which was modeled after its Mac GUI-based counterpart, indirectly expanded the installed base of the then-nascent Windows environment. Excel 2.0 was released a month before Windows 2.0, and the installed base of Windows was so low at that point in 1987 that Microsoft had to bundle a runtime version of Windows 1.0 with Excel 2.0.[117] Unlike Microsoft Word, there never was a DOS version of Excel.

Excel became the first spreadsheet to allow the user to define the appearance of spreadsheets (fonts, character attributes, and cell appearance). It also introduced intelligent cell re-computation, where only cells dependent on the cell being modified are updated (previous spreadsheet programs recomputed everything all the time or waited for a specific user command). Excel introduced auto-fill, the ability to drag and expand the selection box to automatically copy a cell or row contents to adjacent cells or rows, adjusting the copies intelligently by automatically incrementing cell references or contents. Excel also introduced extensive graphing capabilities.

Security

Because Excel is widely used, it has been attacked by hackers. While Excel is not directly exposed to the Internet, if an attacker can get a victim to open a file in Excel, and there is an appropriate security bug in Excel, then the attacker can gain control of the victim’s computer.[118] UK’s GCHQ has a tool named TORNADO ALLEY with this purpose.[119][120]

Games

Besides the easter eggs, numerous games have been created or recreated in Excel, such as Tetris, 2048, Scrabble, Yahtzee, Angry Birds, Pac-Man, Civilization, Monopoly, Battleship, Blackjack, Space Invaders, and others.[121][122][123][124][125]

In 2020, Excel became an esport with the advent of the Financial Modeling World Cup.[126]

See also

  • Comparison of spreadsheet software
  • Numbers (spreadsheet)—the iWork equivalent
  • Spreadmart
  • Financial Modeling World Cup, online esport financial modelling competition using Excel

References

  1. ^ «Update history for Microsoft Office 2019». Microsoft Docs. Retrieved April 13, 2021.
  2. ^ a b «C++ in MS Office». cppcon. July 17, 2014. Archived from the original on November 7, 2019. Retrieved June 25, 2019.
  3. ^ «Microsoft Office Excel 365». Microsoft.com. Retrieved January 25, 2021.
  4. ^ «Update history for Office for Mac». Microsoft Docs.
  5. ^ «Microsoft Excel APKs». APKMirror.
  6. ^ «Microsoft Excel». App Store.
  7. ^
    Harvey, Greg (2006). Excel 2007 For Dummies (1st ed.). Wiley. ISBN 978-0-470-03737-9.
  8. ^
    Harvey, Greg (2007). Excel 2007 Workbook for Dummies (2nd ed.). Wiley. p. 296 ff. ISBN 978-0-470-16937-7.
  9. ^
    de Levie, Robert (2004). Advanced Excel for scientific data analysis. Oxford University Press. ISBN 978-0-19-515275-3.
  10. ^
    Bourg, David M. (2006). Excel scientific and engineering cookbook. O’Reilly. ISBN 978-0-596-00879-6.
  11. ^
    Şeref, Michelle M. H. & Ahuja, Ravindra K. (2008). «§4.2 A portfolio management and optimization spreadsheet DSS». In Burstein, Frad & Holsapple, Clyde W. (eds.). Handbook on Decision Support Systems 1: Basic Themes. Springer. ISBN 978-3-540-48712-8.
  12. ^
    Wells, Eric & Harshbarger, Steve (1997). Microsoft Excel 97 Developer’s Handbook. Microsoft Press. ISBN 978-1-57231-359-0. Excellent examples are developed that show just how applications can be designed.
  13. ^
    Harnett, Donald L. & Horrell, James F. (1998). Data, statistics, and decision models with Excel. Wiley. ISBN 978-0-471-13398-8.
  14. ^
    Some form of data acquisition hardware is required. See, for example, Austerlitz, Howard (2003). Data acquisition techniques using PCs (2nd ed.). Academic Press. p. 281 ff. ISBN 978-0-12-068377-2.
  15. ^
    «Description of the startup switches for Excel». Microsoft Help and Support. Microsoft Support. May 7, 2007. Retrieved December 14, 2010. Microsoft Excel accepts a number of optional switches that you can use to control how the program starts. This article lists the switches and provides a description of each switch.{{cite web}}: CS1 maint: url-status (link)
  16. ^ «Excel functions (alphabetical)». microsoft.com. Microsoft. Retrieved November 4, 2018.{{cite web}}: CS1 maint: url-status (link)
  17. ^ «WorksheetFunction Object (Excel)». Office VBA Reference. Microsoft. March 30, 2022. Retrieved November 4, 2018.{{cite web}}: CS1 maint: url-status (link)
  18. ^ «Functions (Visual Basic for Applications)». Office VBA Reference. Microsoft. September 13, 2021. Retrieved November 4, 2018.{{cite web}}: CS1 maint: url-status (link)
  19. ^ Gordon, Andy (January 25, 2021). «LAMBDA: The ultimate Excel worksheet function». microsoft.com. Microsoft. Retrieved April 23, 2021.{{cite web}}: CS1 maint: url-status (link)
  20. ^
    For example, by converting to Visual Basic the recipes in Press, William H. Press; Teukolsky, Saul A.; Vetterling, William T. & Flannery, Brian P. (2007). Numerical recipes: the art of scientific computing (3rd ed.). Cambridge University Press. ISBN 978-0-521-88068-8. Code conversion to Basic from Fortran probably is easier than from C++, so the 2nd edition (ISBN 0521437210) may be easier to use, or the Basic code implementation of the first edition: Sprott, Julien C. (1991). Numerical recipes: routines and examples in BASIC. Cambridge University Press. ISBN 978-0-521-40689-5.
  21. ^ «Excel». Office for Mac. OfficeforMacHelp.com. Archived from the original on June 19, 2012. Retrieved July 8, 2012.
  22. ^ «Using Excel — PC or Mac? | Excel Lemon». www.excellemon.com. Archived from the original on September 21, 2016. Retrieved July 29, 2015.
  23. ^ However an increasing proportion of Excel functionality is not captured by the Macro Recorder leading to largely useless macros. Compatibility among multiple versions of Excel is also a downfall of this method. A macro recorder in Excel 2010 may not work in Excel 2003 or older. This is most common when changing colors and formatting of cells.
    Walkenbach, John (2007). «Chapter 6: Using the Excel macro recorder». Excel 2007 VBA Programming for Dummies (Revised by Jan Karel Pieterse ed.). Wiley. p. 79 ff. ISBN 978-0-470-04674-6.
  24. ^ Walkenbach, John (February 2, 2007). «Chapter 4: Introducing the Excel object model». cited work. p. 53 ff. ISBN 978-0-470-04674-6.
  25. ^ «The Spreadsheet Page for Excel Users and Developers». spreadsheetpage.com. J-Walk & Associates, Inc. Retrieved December 19, 2012.
  26. ^ «Working with Excel 4.0 macros». microsoft.com. Microsoft Office Support. Retrieved December 19, 2012.
  27. ^ «The «Big Grid» and Increased Limits in Excel 2007″. microsoft.com. May 23, 2014. Retrieved April 10, 2008.{{cite web}}: CS1 maint: url-status (link)
  28. ^ «How to extract information from Office files by using Office file formats and schemas». microsoft.com. Microsoft. February 26, 2008. Retrieved November 10, 2008.{{cite web}}: CS1 maint: url-status (link)
  29. ^ a b «XML Spreadsheet Reference». Microsoft Excel 2002 Technical Articles. MSDN. August 2001. Retrieved November 10, 2008.
  30. ^ «Deprecated features for Excel 2007». Microsoft—David Gainer. August 24, 2006. Retrieved January 2, 2009.
  31. ^ «OpenOffice.org’s documentation of the Microsoft Excel File Format» (PDF). August 2, 2008.
  32. ^ «Microsoft Office Excel 97 — 2007 Binary File Format Specification (*.xls 97-2007 format)». Microsoft Corporation. 2007.
  33. ^ Fairhurst, Danielle Stein (March 17, 2015). Using Excel for Business Analysis: A Guide to Financial Modelling Fundamentals. John Wiley & Sons. ISBN 978-1-119-06245-5.
  34. ^ a b Newcomer, Joseph M. «Faking DDE with Private Servers». Dr. Dobb’s.
  35. ^ Schmalz, Michael (2006). «Chapter 5: Using Access VBA to automate Excel». Integrating Excel and Access. O’Reilly Media, Inc. ISBN 978-0-596-00973-1.Schmalz, Michael (2006). «Chapter 5: Using Access VBA to automate Excel». Integrating Excel and Access. O’Reilly Media, Inc. ISBN 978-0-596-00973-1.
  36. ^ Cornell, Paul (2007). «Chapter 5: Connect to other databases». Excel as Your Database. Apress. p. 117 ff. ISBN 978-1-59059-751-4.
  37. ^ DeMarco, Jim (2008). «Excel’s data import tools». Pro Excel 2007 VBA. Apress. p. 43 ff. ISBN 978-1-59059-957-0.
  38. ^
    Harts, Doug (2007). «Importing Access data into Excel 2007». Microsoft Office 2007 Business Intelligence: Reporting, Analysis, and Measurement from the Desktop. McGraw-Hill Professional. ISBN 978-0-07-149424-3.
  39. ^ «About Network DDE — Win32 apps». learn.microsoft.com.
  40. ^ «How to set up and use the RTD function in Excel — Office». learn.microsoft.com.
  41. ^
    DeMarco, Jim (2008). Pro Excel 2007 VBA. Berkeley, CA: Apress. p. 225. ISBN 978-1-59059-957-0. External data is accessed through a connection file, such as an Office Data Connection (ODC) file (.odc)
  42. ^
    Bullen, Stephen; Bovey, Rob & Green, John (2009). Professional Excel Development (2nd ed.). Upper Saddle River, NJ: Addison-Wesley. p. 665. ISBN 978-0-321-50879-9. To create a robust solution, we always have to include some VBA code …
  43. ^ William, Wehrs (2000). «An Applied DSS Course Using Excel and VBA: IS and/or MS?» (PDF). The Proceedings of ISECON (Information System Educator Conference). p. 4. Archived from the original (PDF) on August 21, 2010. Retrieved February 5, 2010. Microsoft Query is a data retrieval tool (i.e. ODBC browser) that can be employed within Excel 97. It allows a user to create and save queries on external relational databases for which an ODBC driver is available.
  44. ^ Use Microsoft Query to retrieve external data Archived March 12, 2010, at the Wayback Machine
  45. ^ «Password protect documents, workbooks, and presentations — Word — Office.com». Office.microsoft.com. Retrieved April 24, 2013.
  46. ^ «Password protect documents, workbooks, and presentations — Word — Office.com». Office.microsoft.com. Retrieved April 24, 2013.
  47. ^ «Password protect worksheet or workbook elements — Excel — Office.com». Office.microsoft.com. Archived from the original on March 26, 2013. Retrieved April 24, 2013.
  48. ^ Ralph, Nate. «Office for Windows Phone 8: Your handy starter guide». TechHive. Archived from the original on October 15, 2014. Retrieved August 30, 2014.
  49. ^ Wollman, Dana. «Microsoft Office Mobile for iPhone hands-on». Engadget. Retrieved August 30, 2014.
  50. ^ Pogue, David. «Microsoft Adds Office for iPhone. Yawn». The New York Times. Retrieved August 30, 2014.
  51. ^ a b Ogasawara, Todd. «What’s New in Excel Mobile». Microsoft. Archived from the original on February 8, 2008. Retrieved September 13, 2007.
  52. ^ a b «Unsupported features in Excel Mobile». Microsoft. Archived from the original on October 20, 2007. Retrieved September 21, 2007.
  53. ^ Use Excel Mobile Archived October 20, 2007, at the Wayback Machine. Microsoft. Retrieved September 21, 2007.
  54. ^ «Excel Mobile». Windows Store. Microsoft. Retrieved June 26, 2016.
  55. ^ «PowerPoint Mobile». Windows Store. Microsoft. Retrieved June 26, 2016.
  56. ^ «Differences between using a workbook in the browser and in Excel — Office Support». support.office.com. Archived from the original on 8 February 2017. Retrieved 7 February 2017.
  57. ^ «Description of the Excel Viewer». Microsoft. February 17, 2012. Archived from the original on April 6, 2013.
  58. ^ a b «How to obtain the latest Excel Viewer». Microsoft Docs. May 22, 2020. Retrieved January 3, 2021.
  59. ^ «Description of the security update for Excel Viewer 2007: February 12, 2019». Microsoft. April 16, 2020. Retrieved January 3, 2021.
  60. ^ «Microsoft Excel Viewer». Microsoft. 1997. Archived from the original on January 20, 1998.
  61. ^ «Excel 97/2000 Viewer: Spreadsheet Files». Microsoft. Archived from the original on January 13, 2004.
  62. ^ «New Features in Windows CE .NET 4.1». Microsoft Docs. June 30, 2006. Retrieved January 3, 2021.
  63. ^ «Excel Viewer 2003». Microsoft. October 12, 2004. Archived from the original on January 15, 2005.
  64. ^ «Excel Viewer 2003 Service Pack 3 (SP3)». Microsoft. September 17, 2007. Archived from the original on October 11, 2007.
  65. ^ «Excel Viewer». Microsoft. January 14, 2008. Archived from the original on September 26, 2010.
  66. ^ «Excel Viewer 2007 Service Pack 2 (SP2)». Microsoft. April 24, 2009. Archived from the original on April 28, 2012.
  67. ^ «Excel Viewer 2007 Service Pack 3 (SP3)». Microsoft. October 25, 2011. Archived from the original on December 29, 2011.
  68. ^ «Supported versions of the Office viewers». Microsoft. April 16, 2020. Retrieved January 3, 2021.
  69. ^
    Microsoft’s overview is found at: «Floating-point arithmetic may give inaccurate results in Excel». Revision 8.2 ; article ID: 78113. Microsoft support. June 30, 2010. Retrieved July 2, 2010.
  70. ^
    Altman, Micah; Gill, Jeff; McDonald, Michael (2004). «§2.1.1 Revealing example: Computing the coefficient standard deviation». Numerical issues in statistical computing for the social scientist. Wiley-IEEE. p. 12. ISBN 978-0-471-23633-7.
  71. ^ de Levie, Robert (2004). cited work. pp. 45–46. ISBN 978-0-19-515275-3.
  72. ^
    Walkenbach, John (2010). «Defining data types». Excel 2010 Power Programming with VBA. Wiley. pp. 198 ff and Table 8–1. ISBN 978-0-470-47535-5.
  73. ^ McCullough, Bruce D.; Wilson, Berry (2002). «On the accuracy of statistical procedures in Microsoft Excel 2000 and Excel XP». Computational Statistics & Data Analysis. 40 (4): 713–721. doi:10.1016/S0167-9473(02)00095-6.
  74. ^ McCullough, Bruce D.; Heiser, David A. (2008). «On the accuracy of statistical procedures in Microsoft Excel 2007». Computational Statistics & Data Analysis. 52 (10): 4570–4578. CiteSeerX 10.1.1.455.5508. doi:10.1016/j.csda.2008.03.004.
  75. ^ Yalta, A. Talha (2008). «The accuracy of statistical distributions in Microsoft Excel 2007». Computational Statistics & Data Analysis. 52 (10): 4579–4586. doi:10.1016/j.csda.2008.03.005.
  76. ^ Goldwater, Eva. «Using Excel for Statistical Data Analysis—Caveats». University of Massachusetts School of Public Health. Retrieved November 10, 2008.
  77. ^
    Heiser, David A. (2008). «Microsoft Excel 2000, 2003 and 2007 faults, problems, workarounds and fixes». Archived from the original on April 18, 2010. Retrieved April 8, 2010.
  78. ^
    Function improvements in Excel 2010 Archived April 6, 2010, at the Wayback Machine Comments are provided from readers that may illuminate some remaining problems.
  79. ^ «The MOD bug». Byg Software. Archived from the original on January 11, 2016. Retrieved November 10, 2008.
  80. ^ «Days of the week before March 1, 1900 are incorrect in Excel». Microsoft. Archived from the original on July 14, 2012. Retrieved November 10, 2008.
  81. ^ «Excel incorrectly assumes that the year 1900 is a leap year». Microsoft. Retrieved May 1, 2019.
  82. ^ Spolsky, Joel (June 16, 2006). «My First BillG Review». Joel on Software. Retrieved November 10, 2008.
  83. ^ «The Contradictory Nature of OOXML». ConsortiumInfo.org. January 17, 2007.
  84. ^ «Negative date and time value are displayed as pound signs (###) in Excel». Microsoft. Retrieved March 26, 2012.
  85. ^ Zeeberg, Barry R; Riss, Joseph; Kane, David W; Bussey, Kimberly J; Uchio, Edward; Linehan, W Marston; Barrett, J Carl; Weinstein, John N (2004). «Mistaken Identifiers: Gene name errors can be introduced inadvertently when using Excel in bioinformatics». BMC Bioinformatics. 5 (1): 80. doi:10.1186/1471-2105-5-80. PMC 459209. PMID 15214961.
  86. ^ a b Ziemann, Mark; Eren, Yotam; El-Osta, Assam (2016). «Gene name errors are widespread in the scientific literature». Genome Biology. 17 (1): 177. doi:10.1186/s13059-016-1044-7. PMC 4994289. PMID 27552985.
  87. ^ Anon (2016). «Microsoft Excel blamed for gene study errors». bbc.co.uk. London: BBC News.
  88. ^ Cimpanu, Catalin (August 24, 2016). «One in Five Scientific Papers on Genes Contains Errors Because of Excel». Softpedia. SoftNews.
  89. ^ Ziemann, Mark (2016). «Genome Spot: My personal thoughts on gene name errors». genomespot.blogspot.co.uk. Archived from the original on August 30, 2016.
  90. ^ Vincent, James (August 6, 2020). «Scientists rename human genes to stop Microsoft Excel from misreading them as dates». The Verge. Retrieved October 9, 2020.
  91. ^ «Excel: type() and WorksheetFunction.IsText() fail for long strings». Stack Overflow. November 3, 2018.
  92. ^ Rajah, Gary (August 2, 2004). «Trouble with macros». The Hindu Business Line. Retrieved March 19, 2019.
  93. ^ Chirilov, Joseph (January 8, 2009). «Microsoft Excel — Why Can’t I Open Two Files With the Same Name?». MSDN Blogs. Microsoft Corporation. Archived from the original on July 29, 2010. Retrieved March 19, 2019.
  94. ^ Infoworld Media Group, Inc. (July 7, 1986). InfoWorld First Look: Supercalc 4 challenging 1-2-3 with new tactic.
  95. ^ «The History of Microsoft — 1987». channel9.msdn.com. Archived from the original on September 27, 2010. Retrieved October 7, 2022.
  96. ^ «The History of Microsoft — 1987». learn.microsoft.com. Retrieved October 7, 2022.
  97. ^ a b Walkenbach, John (December 4, 2013). «Excel Version History». The Spreadsheet Page. John Walkenbach. Retrieved July 12, 2020.
  98. ^ Lewallen, Dale (1992). PC/Computing guide to Excel 4.0 for Windows. Ziff Davis. p. 13. ISBN 9781562760489. Retrieved July 27, 2013.
  99. ^ Lake, Matt (April 6, 2009). «Easter Eggs we have loved: Excel 4». crashreboot.blogspot.com. Retrieved November 5, 2013.
  100. ^ Osterman, Larry (October 21, 2005). «Why no Easter Eggs?». Larry Osterman’s WebLog. MSDN Blogs. Retrieved July 29, 2006.
  101. ^ «Excel 95 Hall of Tortured Souls». Retrieved July 7, 2006.
  102. ^ «Excel Oddities: Easter Eggs». Archived from the original on August 21, 2006. Retrieved August 10, 2006.
  103. ^ «Car Game In Ms Excel». Totalchoicehosting.com. September 6, 2005. Retrieved January 28, 2014.
  104. ^ Dostál, M (December 9, 2010). User Acceptance of the Microsoft Ribbon User Interface (PDF). Palacký University of Olomouc. ISBN 978-960-474-245-5. ISSN 1792-6157. Retrieved May 28, 2013.
  105. ^ [Using Excel Tables to
    Manipulate Billing Data https://mooresolutionsinc.com/downloads/Billing_MJ12.pdf]
  106. ^ Dodge, Mark; Stinson, Craig (2007). «Chapter 1: What’s new in Microsoft Office Excel 2007». Microsoft Office Excel 2007 inside out. Microsoft Press. p. 1 ff. ISBN 978-0-7356-2321-7.
  107. ^ «What’s New in Excel 2010 — Excel». Archived from the original on December 2, 2013. Retrieved September 23, 2010.
  108. ^ Walkenbach, John (2010). «Some Essential Background». Excel 2010 Power Programming with VBA. Indianapolis, Indiana: Wiley Publishing, Inc. p. 20. ISBN 9780470475355.
  109. ^ Harris, Steven (October 1, 2013). «Excel 2013 — Flash Fill». Experts-Exchange.com. Experts Exchange. Retrieved November 23, 2013.
  110. ^ «What’s new in Excel 2013». Office.com. Microsoft. Retrieved January 25, 2014.
  111. ^ K., Gasper (October 10, 2013). «Does a PowerPivot Pivot Table beat a regular Pivot Table». Experts-Exchange.com. Experts Exchange. Retrieved November 23, 2013.
  112. ^ K., Gasper (May 20, 2013). «Inquire Add-In for Excel 2013». Experts-Exchange.com. Experts Exchange. Retrieved November 23, 2013.
  113. ^ «New functions in Excel 2013». Office.com. Microsoft. Retrieved November 23, 2013.
  114. ^ «What’s new in Office 2016». Office.com. Microsoft. Retrieved August 16, 2015.
  115. ^ «Microsoft Announces March Availability of Office 98 Macintosh Edition». Microsoft. January 6, 1998. Retrieved December 29, 2017.
  116. ^ «Office for Mac Is Finally a ‘First-Class Citizen’«. Re/code. July 16, 2015. Retrieved July 29, 2015.
  117. ^ Perton, Marc (November 20, 2005). «Windows at 20: 20 things you didn’t know about Windows 1.0». switched.com. Archived from the original on April 11, 2013. Retrieved August 1, 2013.
  118. ^ Keizer, Gregg (February 24, 2009). «Attackers exploit unpatched Excel vulnerability». Computerworld. IDG Communications, Inc. Retrieved March 19, 2019.
  119. ^ «JTRIG Tools and Techniques». The Intercept. First Look Productions, Inc. July 14, 2014. Archived from the original on July 14, 2014. Retrieved March 19, 2019.
  120. ^ Cook, John. «JTRIG Tools and Techniques». The Intercept. p. 4. Retrieved March 19, 2019 – via DocumentCloud.
  121. ^ Phillips, Gavin (December 11, 2015). «8 Legendary Games Recreated in Microsoft Excel». MUO.
  122. ^ «Excel Games – Fun Things to Do With Spreadsheets». November 10, 2021.
  123. ^ «Unusual Uses of Excel». techcommunity.microsoft.com. August 5, 2022.
  124. ^ «Someone made a version of ‘Civilization’ that runs in Microsoft Excel». Engadget.
  125. ^ Dalgleish, Debra. «Have Fun Playing Games in Excel». Contextures Excel Tips.
  126. ^ «Microsoft Excel esports is real and it already has an international tournament». ONE Esports. June 9, 2021.

References

  • Bullen, Stephen; Bovey, Rob; Green, John (2009). Professional Excel Development: The Definitive Guide to Developing Applications Using Microsoft Excel and VBA (2nd ed.). Boston: Addison Wesley. ISBN 978-0-321-50879-9.
  • Dodge, Mark; Stinson, Craig (2007). Microsoft Office Excel 2007 Inside Out. Redmond, Wash.: Microsoft Press. ISBN 978-0-7356-2321-7.
  • Billo, E. Joseph (2011). Excel for Chemists: A Comprehensive Guide (3rd ed.). Hoboken, N.J.: John Wiley & Sons. ISBN 978-0-470-38123-6.
  • Gordon, Andy (January 25, 2021). «LAMBDA: The ultimate Excel worksheet function». microsoft.com. Microsoft. Retrieved April 23, 2021.

External links

Wikibooks has a book on the topic of: Excel

  • Microsoft Excel – official site
Skip to content

Excel Logo

What is Excel Used for?

HomeWhat is Excel Used for?

What is Excel used for?

Microsoft Excel used for storing the data, processing the data, analyzing and presenting the data. Here is the list of Microsoft Excel Uses:

  • We can enter data in Strings, Dates or Numerical type of Data in the Excel Cells and Save the Files for future reference
  • We can use verity of formulas available in Excel to perform calculations
  • We can Develop Tools and Dashboards
  • We can Interact with Other Applications
  • We can connect to verity of Data Bases
  • We can represent data in Charts
  • We can drill down and analyse the data using Pivot Tables
  • We can format the data conditionally
  • We can Filter the Data
  • We can Split the Data
  • We can organize the data in multiple worksheets
  • We can develop the reusable templates
  • Excel Uses
    • Uses by Domain
      • Business and Finance:
      • Project Management:
      • Education:
      • Marketing:
      • Science and Engineering:
      • Human Resources:
      • Non-Profit and Government:
      • Operations and Logistics:
      • Real Estate:
    • Uses by Professionals
      • Entry-Level Employees
      • Mid-Level Employees
      • Senior-Level Employees
    • Uses by IT Specialists
      • Data Analysts
      • Database Specialists
      • Systems Analysts
      • Network Administrators
      • Project Managers
      • Web Developers
      • Cybersecurity Specialists
      • Business Intelligence Analysts
      • Financial Analysts
      • Human Resources
      • Operations Management
    • Activities we can perform using Excel
    • Excel Tools and its uses
    • Use of Excel in Data Analysis
    • Excel uses by Industries:

Excel Uses

Microsoft Excel is a powerful spreadsheet software that is used by individuals and organizations for a wide range of purposes. Here are some common uses of Microsoft Excel:

  • Data organization and analysis: Excel is often used to organize and analyze large sets of data. Users can input data into cells and use Excel’s built-in functions and formulas to manipulate the data and perform calculations.
  • Financial modeling: Excel is widely used in finance for tasks such as budgeting, forecasting, and financial analysis. Financial professionals use Excel to build models that can help them make informed decisions about investments, capital expenditures, and other financial decisions.
  • Project management: Excel can be used to create project plans and schedules. Users can track tasks, deadlines, and dependencies using Excel’s built-in functions, and create visualizations such as Gantt charts to help keep the project on track.
  • Reporting: Excel is often used to create reports that summarize data in a clear and concise format. Users can use Excel’s formatting and charting features to create professional-looking reports that are easy to read and understand.
  • Data visualization: Excel’s charting features can be used to create a wide range of charts and graphs that can help users visualize data in a meaningful way. Users can choose from a variety of chart types and customize them to fit their specific needs.
  • Inventory management: Excel can be used to manage inventory by tracking quantities, prices, and other relevant data. Users can create formulas to calculate inventory levels and reorder points, and set up alerts to notify them when inventory levels get low.
  • Time tracking: Excel can be used to track time spent on tasks or projects. Users can create a simple table to record the start and end times of tasks, and then use Excel’s built-in functions to calculate the total time spent on each task or project.
  • Sales tracking: Excel can be used to track sales data and analyze sales trends. Users can input sales data into Excel and use built-in functions to calculate sales totals, averages, and other metrics. They can also use charts and graphs to visualize sales trends over time.
  • Budgeting: Excel is widely used for budgeting purposes. Users can create budgets for personal or business expenses and track actual spending against the budget. Excel’s built-in functions and formulas can be used to calculate totals, averages, and other financial metrics.
  • Data entry and management: Excel can be used as a simple database for storing and managing data. Users can create tables to store data and use filters and sorting functions to quickly find and analyze specific data.
  • Research and analysis: Excel can be used to analyze data from research studies or surveys. Users can input data into Excel and use built-in functions to calculate averages, standard deviations, and other statistical metrics.
  • Education: Excel can be used as a teaching tool in schools and universities. Teachers can create interactive spreadsheets that students can use to learn about math, science, and other subjects.
  • Human Resources: Excel can be used for HR-related tasks such as tracking employee information, creating schedules, and analyzing employee data. Users can create spreadsheets to track employee data such as contact information, job titles, and performance metrics.
  • Marketing: Excel can be used for marketing tasks such as analyzing campaign data, tracking leads, and creating mailing lists. Users can input data from various marketing channels such as social media, email, and advertising campaigns, and use Excel’s built-in functions and formulas to calculate metrics such as conversion rates, click-through rates, and ROI.
  • Quality Control: Excel can be used for quality control purposes such as tracking defects, analyzing trends, and creating reports. Users can input data about product defects or errors and use Excel’s functions and formulas to calculate metrics such as defect rates and error trends.
  • Real Estate: Excel can be used for real estate-related tasks such as tracking property listings, analyzing market trends, and creating reports. Real estate professionals can input data about properties such as price, location, and features, and use Excel’s functions and formulas to calculate metrics such as average price per square foot and time on the market.
  • Science and Engineering: Excel can be used for scientific and engineering purposes such as analyzing experimental data, creating models, and running simulations. Researchers can input data from experiments or simulations and use Excel’s functions and formulas to calculate statistical metrics and visualize results.
  • Non-Profit and Government: Excel can be used by non-profit organizations and government agencies for tasks such as tracking donations, creating budgets, and analyzing program data. Users can create spreadsheets to track donations, expenses, and other financial data, and use Excel’s functions and formulas to calculate metrics such as donation totals and program impact.

Uses by Domain

Microsoft Excel can be used in many ways across the domains. Its versatility and flexibility make it a valuable tool in many different industries and fields. Here are detailed explanations of how Excel can be used in different domains:

Business and Finance:

Excel is widely used in business and finance for a variety of tasks such as financial modeling, budgeting, forecasting, and financial analysis. Financial professionals use Excel to create financial models that help them make informed decisions about investments, capital expenditures, and other financial decisions. Budgeting and forecasting can also be done using Excel, as it allows users to input data, create formulas, and create charts and graphs to help visualize financial data. Excel is widely used in business and finance for a variety of tasks such as financial modeling, budgeting, forecasting, and financial analysis.

  • A financial analyst uses Excel to create a financial model that helps predict the impact of a new investment on a company’s revenue and profitability.
  • A budget analyst creates a budget plan for a department using Excel, inputting data on expenses and revenues and using built-in functions to calculate the budget numbers.
  • A financial planner uses Excel to create a cash flow forecast, predicting how much cash a company will have available in the upcoming months based on projected revenues and expenses.
  • An accountant uses Excel to perform a financial analysis of a company’s financial statements, calculating metrics such as profit margins and return on investment.
  • A stock trader uses Excel to analyze stock market data, inputting historical price data and using built-in functions to calculate metrics such as moving averages and standard deviations.

Project Management:

Excel can be used in project management to create project plans and schedules. Users can input tasks and deadlines, and use Excel’s built-in functions to track progress and dependencies. They can also use Excel to create Gantt charts and other visualizations to help manage and communicate project status.

  • A construction manager uses Excel to create a project schedule, inputting tasks and deadlines and using built-in functions to track progress and dependencies.
  • A software development team uses Excel to create a product roadmap, inputting features and release dates and using built-in functions to track progress and dependencies.
  • A marketing team uses Excel to create a content calendar, inputting content ideas and publishing dates and using built-in functions to track progress and dependencies.
  • A event planner uses Excel to create a project plan, inputting tasks and deadlines and using built-in functions to track progress and dependencies.
  • A research team uses Excel to track research milestones and deadlines, inputting tasks and progress and using built-in functions to track dependencies.

Education:

Excel can be used in education as a teaching tool, as it allows teachers to create interactive spreadsheets that students can use to learn about math, science, and other subjects. Excel can also be used for data analysis in research studies or experiments, allowing researchers to input data, calculate statistical metrics, and visualize results.

  • A math teacher uses Excel to create a spreadsheet that demonstrates the concept of linear regression, allowing students to input data and visualize the regression line.
  • A science teacher uses Excel to create a spreadsheet that calculates the speed and velocity of objects in motion, allowing students to input data and visualize the results.
  • A statistics professor uses Excel to teach students about statistical analysis, inputting data and using built-in functions to calculate descriptive statistics and conduct hypothesis testing.
  • An economics professor uses Excel to teach students about supply and demand, inputting data and using built-in functions to visualize the relationship between price and quantity.
  • A computer science professor uses Excel to teach students about data structures, inputting data and using built-in functions to demonstrate the performance of different data structures.

Marketing:

Excel can be used in marketing for tasks such as analyzing campaign data, tracking leads, and creating mailing lists. Marketers can input data from various marketing channels such as social media, email, and advertising campaigns, and use Excel’s built-in functions and formulas to calculate metrics such as conversion rates, click-through rates, and ROI.

  • A digital marketing specialist uses Excel to track website traffic and conversion rates, inputting data from Google Analytics and using built-in functions to calculate key performance indicators.
  • A social media manager uses Excel to track engagement rates and follower growth, inputting data from social media platforms and using built-in functions to calculate metrics such as reach and engagement.
  • A direct mail marketer uses Excel to create mailing lists, inputting customer data and using built-in functions to filter and sort the data.
  • A market researcher uses Excel to conduct data analysis, inputting data from surveys and using built-in functions to calculate key insights and trends.
  • An email marketer uses Excel to create and analyze email campaigns, inputting data from email marketing platforms and using built-in functions to track open rates and click-through.
  • A marketing analyst uses Excel to analyze marketing campaign data, inputting data such as impressions, clicks, and conversions and using built-in functions to calculate ROI and identify areas for optimization.
  • A sales representative uses Excel to track customer information, inputting data such as name, contact information, and purchase history and using built-in functions to sort and filter the data.
  • A sales manager uses Excel to create sales reports, inputting data such as sales revenue, number of units sold, and customer demographics and using built-in functions to visualize the data and identify trends.
  • A marketing manager uses Excel to create marketing budgets, inputting data such as marketing channels, target audience, and campaign goals and using built-in functions to calculate expected costs and ROI.

Science and Engineering:

Excel can be used in science and engineering for tasks such as analyzing experimental data, creating models, and running simulations. Researchers can input data from experiments or simulations and use Excel’s functions and formulas to calculate statistical metrics and visualize results. Excel can also be used to create models for predicting outcomes in scientific or engineering contexts.

  • A chemist uses Excel to analyze the results of an experiment, inputting data on reactants and products and using built-in functions to calculate reaction rates and yields.
  • An environmental engineer uses Excel to simulate the flow of pollutants in a waterway, inputting data on flow rates and pollutant concentrations and using built-in functions to model the dispersion of pollutants.
  • A mechanical engineer uses Excel to perform stress analysis on a component, inputting data on material properties and loads and using built-in functions to calculate stress and strain.
  • A physicist uses Excel to analyze experimental data, inputting data on measurements and using built-in functions to calculate statistical parameters such as mean and standard deviation.
  • A biologist uses Excel to analyze gene expression data, inputting data on gene expression levels and using built-in functions to visualize the data and identify patterns.

Human Resources:

Excel can be used in HR for tasks such as tracking employee information, creating schedules, and analyzing employee data. Users can create spreadsheets to track employee data such as contact information, job titles, and performance metrics, and use Excel’s functions and formulas to analyze and visualize this data.

  • A human resources manager uses Excel to track employee data, inputting data such as job title, salary, and performance metrics and using built-in functions to filter and sort the data.
  • A shift supervisor uses Excel to create employee schedules, inputting employee availability and shift requirements and using built-in functions to create an optimized schedule.
  • A recruiter uses Excel to track job candidates, inputting data such as resume, experience, and interview feedback and using built-in functions to filter and sort the data.
  • A performance manager uses Excel to analyze employee performance metrics, inputting data on goals, targets, and results and using built-in functions to calculate metrics such as employee engagement and productivity.
  • A payroll specialist uses Excel to calculate employee pay, inputting data such as hours worked and pay rate and using built-in functions to calculate gross pay and deductions.
  • These are just a few examples of how Excel can be used in different domains. The versatility and flexibility of Excel make it a valuable tool for a wide range of tasks and industries.
  • A training manager uses Excel to track employee training, inputting data such as training topics, attendance, and feedback and using built-in functions to identify training needs and assess training effectiveness.

Non-Profit and Government:

Excel can be used by non-profit organizations and government agencies for tasks such as tracking donations, creating budgets, and analyzing program data. Users can create spreadsheets to track donations, expenses, and other financial data, and use Excel’s functions and formulas to calculate metrics such as donation totals and program impact.

  • A development officer uses Excel to track donations, inputting data such as donor name, contact information, and donation history and using built-in functions to analyze donor trends and target fundraising efforts.
  • A program director uses Excel to evaluate program effectiveness, inputting data such as program outcomes, expenses, and participant demographics and using built-in functions to analyze program impact and identify areas for improvement.
  • A grant writer uses Excel to manage grant applications, inputting data such as application deadlines, funding sources, and program objectives and using built-in functions to track application progress and follow-up activities.
  • A volunteer coordinator uses Excel to manage volunteer information, inputting data such as volunteer name, contact information, and volunteer hours and using built-in functions to analyze volunteer trends and target volunteer recruitment efforts.
  • A board member uses Excel to create board reports, inputting data such as financial statements, program outcomes, and strategic goals and using built-in functions to visualize the data and identify areas for discussion and decision-making.
  • These are just a few examples of how Excel can be used in different domains. The versatility and flexibility of Excel make it a valuable tool for a wide range of tasks and industries.

Operations and Logistics:

Excel can be used in operations and logistics for tasks such as inventory management, supply chain analysis, and production planning.

  • A supply chain analyst uses Excel to analyze supply chain data, inputting data such as inventory levels, demand forecasts, and shipping schedules and using built-in functions to identify bottlenecks and optimize operations.
  • An inventory manager uses Excel to track inventory levels, inputting data such as product information, stock levels, and reorder points and using built-in functions to analyze inventory trends and avoid stockouts.
  • A production planner uses Excel to create production schedules, inputting data such as production capacity, product demand, and lead times and using built-in functions to optimize production and minimize lead times.
  • A quality control analyst uses Excel to analyze quality data, inputting data such as defect rates, customer complaints, and process control charts and using built-in functions to identify quality issues and improve processes.
  • A logistics coordinator uses Excel to track shipping and receiving data, inputting data such as shipment details, carrier information, and delivery times and using built-in functions to analyze logistics trends and optimize shipping routes.
  • These are just a few examples of how Excel can be used in different domains. The versatility and flexibility of Excel make it a valuable tool for a wide range of tasks and industries.

Real Estate:

Excel can be used in real estate for tasks such as tracking property listings, analyzing market trends, and creating reports. Real estate professionals can input data about properties such as price, location, and features, and use Excel’s functions and formulas to calculate metrics such as average price per square foot and time on the market.

Uses by Professionals

Excel is a versatile tool that can be used by professionals at different levels of an organization, from entry-level employees to executives. Here are some examples of how Excel can be used by professionals at different levels:

Entry-Level Employees

Entry-level employees can use Excel for basic tasks such as data entry, creating simple spreadsheets, and formatting data.

  • A receptionist uses Excel to create and maintain contact lists, inputting data such as names, phone numbers, and email addresses.
  • A customer service representative uses Excel to track customer complaints, inputting data such as customer name, complaint details, and resolution.
  • A sales associate uses Excel to track sales leads, inputting data such as lead source, contact information, and sales status.

Mid-Level Employees

Mid-level employees can use Excel for more complex tasks such as data analysis, creating charts and graphs, and developing business plans.

  • A marketing analyst uses Excel to analyze marketing data, inputting data such as website traffic, social media engagement, and customer demographics and using built-in functions to calculate metrics such as conversion rates and customer lifetime value.
  • An operations manager uses Excel to create production schedules, inputting data such as production capacity, product demand, and lead times and using built-in functions to optimize production and minimize lead times.
  • A financial analyst uses Excel to create financial models, inputting data such as revenue projections, cost of goods sold, and operating expenses and using built-in functions to calculate financial ratios such as net present value and internal rate of return.

Senior-Level Employees

Senior-level employees can use Excel for strategic decision-making, creating executive dashboards, and analyzing financial data.

  • A CEO uses Excel to create executive dashboards, inputting data such as sales performance, customer satisfaction, and financial metrics and using built-in functions to visualize the data and identify areas for discussion and decision-making.
  • A CFO uses Excel to analyze financial data, inputting data such as financial statements, balance sheets, and cash flow statements and using built-in functions to calculate metrics such as return on investment and debt-to-equity ratio.
  • A business development director uses Excel to create business plans, inputting data such as market research, sales projections, and competitive analysis and using built-in functions to forecast revenue and identify growth opportunities.

These are just a few examples of how professionals at different levels can use Excel in their daily work. The flexibility and versatility of Excel make it a valuable tool for a wide range of tasks and industries, from basic data entry to strategic decision-making.

Uses by IT Specialists

Excel is a widely used tool in the field of information technology (IT), and it can be used by various specialists such as analysts to perform different tasks. Here are some examples of how analysts and other IT specialists can use Excel:

Data Analysts

Data analysts use Excel to perform data analysis tasks such as sorting and filtering data, creating pivot tables, and performing statistical analysis.

  • A business analyst uses Excel to analyze sales data, inputting data such as sales revenue, product type, and sales location and using built-in functions to identify sales trends and patterns.
  • A financial analyst uses Excel to perform financial analysis, inputting data such as financial statements, balance sheets, and cash flow statements and using built-in functions to calculate metrics such as return on investment and debt-to-equity ratio.
  • A marketing analyst uses Excel to analyze marketing data, inputting data such as website traffic, social media engagement, and customer demographics and using built-in functions to calculate metrics such as conversion rates and customer lifetime value.

Database Specialists

Database specialists use Excel to perform tasks such as data validation, data cleansing, and data migration.

  • A database administrator uses Excel to validate data before importing it into a database, ensuring that the data is accurate and in the correct format.
  • A data analyst uses Excel to perform data cleansing, removing or correcting inaccurate or incomplete data in a database.
  • A data migration specialist uses Excel to map data from one system to another, ensuring that the data is properly formatted and transferred between systems.

Systems Analysts

Systems analysts use Excel to create system models, perform system analysis, and document system requirements.

  • A systems analyst uses Excel to create system models, such as flowcharts and UML diagrams, to visualize system processes and interactions.
  • A business analyst uses Excel to document system requirements, inputting data such as system features, functionality, and user requirements and using built-in functions to organize and categorize the data.
  • A systems analyst uses Excel to perform system analysis, inputting data such as system specifications, performance metrics, and user feedback and using built-in functions to analyze and optimize system performance.

Network Administrators

Network administrators use Excel to track and manage network assets, plan network infrastructure, and perform network analysis.

  • A network administrator uses Excel to track network assets, inputting data such as device name, IP address, and MAC address and using built-in functions to sort and filter the data to locate specific devices.
  • A network architect uses Excel to plan network infrastructure, inputting data such as network topology, bandwidth requirements, and security policies and using built-in functions to create visual representations of the network.
  • A network analyst uses Excel to perform network analysis, inputting data such as network traffic, latency, and packet loss and using built-in functions to identify network issues and optimize network performance.

Project Managers

Project managers use Excel to track project progress, create project timelines, and perform project analysis.

  • A project manager uses Excel to create project timelines, inputting data such as project tasks, deadlines, and dependencies and using built-in functions to calculate task duration and identify critical paths.
  • A project analyst uses Excel to perform project analysis, inputting data such as project budgets, resource allocation, and project risks and using built-in functions to create project dashboards and identify project issues.
  • A program manager uses Excel to track program progress, inputting data such as program milestones, budget, and status and using built-in functions to create program reports and communicate with stakeholders.

Web Developers

Web developers use Excel to manage website content, create sitemaps, and perform website analysis.

  • A content manager uses Excel to manage website content, inputting data such as page titles, descriptions, and URLs and using built-in functions to sort and filter the data to locate specific pages.
  • A web developer uses Excel to create sitemaps, inputting data such as page hierarchy, URL structure, and metadata and using built-in functions to organize and categorize the data.
  • A web analyst uses Excel to perform website analysis, inputting data such as website traffic, bounce rates, and conversion rates and using built-in functions to identify website issues and optimize website performance.

Cybersecurity Specialists

Cybersecurity specialists use Excel to perform cybersecurity analysis, track cybersecurity incidents, and manage cybersecurity policies.

  • A cybersecurity analyst uses Excel to perform cybersecurity analysis, inputting data such as network traffic, security alerts, and threat intelligence and using built-in functions to identify security threats and vulnerabilities.
  • A security incident manager uses Excel to track cybersecurity incidents, inputting data such as incident details, severity, and resolution and using built-in functions to create incident reports and communicate with stakeholders.
  • A security policy manager uses Excel to manage cybersecurity policies, inputting data such as policy details, implementation dates, and compliance requirements and using built-in functions to create policy reports and track policy compliance.

Business Intelligence Analysts

Business intelligence analysts use Excel to analyze business data, create dashboards and reports, and identify trends and insights.

  • A business intelligence analyst uses Excel to analyze sales data, inputting data such as sales revenue, product categories, and customer demographics and using built-in functions to create charts and pivot tables to identify sales trends and patterns.
  • A data visualization specialist uses Excel to create dashboards and reports, inputting data such as key performance indicators (KPIs), metrics, and targets and using built-in functions to create visually appealing charts and graphs to communicate insights to stakeholders.
  • A market researcher uses Excel to identify trends and insights, inputting data such as customer surveys, market research, and competitor analysis and using built-in functions to analyze the data and identify market trends and insights.

Financial Analysts

Financial analysts use Excel to perform financial analysis, create financial models, and manage financial data.

  • A financial analyst uses Excel to perform financial analysis, inputting data such as financial statements, ratios, and trends and using built-in functions to create financial models to forecast financial performance.
  • A financial controller uses Excel to manage financial data, inputting data such as budgets, forecasts, and actuals and using built-in functions to create financial reports and communicate financial performance to stakeholders.
  • A tax accountant uses Excel to perform tax analysis, inputting data such as tax laws, regulations, and financial data and using built-in functions to calculate tax liabilities and identify tax planning opportunities.

Human Resources

Human resources professionals use Excel to manage employee data, create HR reports, and perform HR analysis.

  • An HR coordinator uses Excel to manage employee data, inputting data such as employee profiles, compensation, and benefits and using built-in functions to sort and filter the data to locate specific employee records.
  • An HR analyst uses Excel to create HR reports, inputting data such as employee turnover, retention, and engagement and using built-in functions to create charts and graphs to communicate HR metrics to stakeholders.
  • An HR recruiter uses Excel to perform HR analysis, inputting data such as candidate profiles, job descriptions, and interview feedback and using built-in functions to identify candidate fit and create hiring reports.

Operations Management

Operations managers use Excel to manage inventory, track production, and perform operations analysis.

  • An inventory manager uses Excel to manage inventory, inputting data such as inventory levels, product SKUs, and order history and using built-in functions to create inventory reports and optimize inventory levels.
  • A production manager uses Excel to track production, inputting data such as production schedules, output, and quality and using built-in functions to create production reports and identify production issues.
  • An operations analyst uses Excel to perform operations analysis, inputting data such as operations metrics, efficiency, and costs and using built-in functions to create operations reports and optimize operations performance.

Overall, Excel is a valuable tool for IT specialists in various domains, providing them with the ability to perform a wide range of tasks related to data management, analysis, and visualization. By leveraging the powerful features of Excel, IT professionals can improve their efficiency, accuracy, and effectiveness in their work, ultimately leading to better outcomes for their organizations.

Activities we can perform using Excel

There are a wide range of activities that can be performed using Excel, including:

  • Data entry: Excel can be used for basic data entry tasks, such as entering numbers, text, or dates into cells.
  • Data analysis: Excel is often used for data analysis tasks, such as sorting and filtering data, creating charts and graphs, and performing calculations.
  • Budgeting and financial planning: Excel is commonly used for budgeting and financial planning tasks, such as creating budget spreadsheets, tracking expenses, and forecasting future revenue and expenses.
  • Project management: Excel can be used for project management tasks, such as creating Gantt charts and tracking project timelines and milestones.
  • Inventory management: Excel is often used for inventory management tasks, such as tracking inventory levels, forecasting inventory needs, and managing reorder points.
  • Human resources management: Excel can be used for human resources management tasks, such as tracking employee information, creating employee schedules, and analyzing employee performance data.
  • Sales and marketing analysis: Excel is often used for sales and marketing analysis tasks, such as tracking sales performance, analyzing customer data, and creating sales reports.
  • Statistical analysis: Excel can be used for statistical analysis tasks, such as calculating mean, median, and mode, and performing regression analysis.
  • Data visualization: Excel is commonly used for data visualization tasks, such as creating charts, graphs, and other visual representations of data.
  • Research and development: Excel can be used for research and development tasks, such as tracking experimental data, analyzing research results, and forecasting future research needs.
  • Data cleaning: Excel can be used for data cleaning tasks, such as removing duplicate values, correcting formatting errors, and filling in missing data.
  • Data validation: Excel can be used for data validation tasks, such as ensuring that data entered into a cell meets certain criteria or restrictions.
  • Pivot tables: Excel is often used for creating pivot tables, which allow users to summarize and analyze large amounts of data quickly and easily.
  • Macros: Excel can be used for creating macros, which are automated scripts that can perform repetitive tasks quickly and accurately.
  • Formulas and functions: Excel is commonly used for creating formulas and functions, such as summing data in a column, calculating percentages, and finding averages.
  • Collaboration: Excel can be used for collaborative tasks, such as sharing and editing spreadsheets with multiple users in real time.
  • Data import/export: Excel can be used for importing and exporting data from other sources, such as databases or web pages.
  • Risk management: Excel is often used for risk management tasks, such as analyzing risk factors, creating risk models, and evaluating potential outcomes.
  • Legal document preparation: Excel can be used for legal document preparation tasks, such as creating billing statements, tracking case expenses, and managing client data.
  • Real-time data processing: Excel can be used for real-time data processing tasks, such as receiving and analyzing data from sensors or other sources in real time.

Excel Tools and its uses

There are a variety of tools available in Excel, each designed to perform specific tasks. Here are some of the most commonly used Excel tools and their uses:

  • Formulas and functions: Excel has a wide range of built-in formulas and functions that can perform calculations, such as SUM, AVERAGE, COUNT, and IF.
  • Charts and graphs: Excel can be used to create a variety of charts and graphs to visually represent data, such as bar charts, pie charts, and line graphs.
  • PivotTables and PivotCharts: These tools allow users to quickly summarize and analyze large amounts of data by grouping and aggregating data in various ways.
  • Conditional formatting: Excel’s conditional formatting tool allows users to automatically highlight cells that meet certain criteria, such as values above or below a certain threshold.
  • Data validation: This tool allows users to set rules and restrictions on the types of data that can be entered into a cell, such as requiring a specific format or range of values.
  • Sort and filter: Excel’s sort and filter tools allow users to quickly sort and filter data based on specific criteria, such as alphabetical order or numerical value.
  • What-if analysis: This tool allows users to test different scenarios and see how changes in data can impact calculations and results.
  • Goal Seek: This tool allows users to determine what input value is needed to achieve a specific output value.
  • Solver: This tool allows users to find optimal solutions to complex problems by adjusting multiple variables.
  • Macros: Excel’s macro recording tool allows users to automate repetitive tasks by recording a sequence of commands and then running them with the click of a button.
  • Data analysis toolpak: This add-in provides additional statistical analysis tools such as regression analysis, correlation analysis, and histogram creation.
  • Goal Seek: This tool allows users to determine what input value is needed to achieve a specific output value.
  • Scenario Manager: This tool allows users to create and compare different scenarios to analyze how changes in certain variables affect the outcome of a particular situation.
  • Data consolidation: This tool allows users to combine data from multiple sources into a single sheet, making it easier to analyze and work with.
  • Text-to-Columns: This tool allows users to separate data in a single column into multiple columns based on a specified delimiter, such as a comma or space.
  • VLOOKUP and HLOOKUP: These functions allow users to search for specific values in a table and return corresponding data from a different column or row.
  • IF and nested IF statements: These functions allow users to create logical statements and conditions that can perform different actions based on the outcome.
  • Freeze panes: This tool allows users to freeze specific rows or columns in place, making it easier to work with large data sets.
  • Conditional aggregation: This tool allows users to perform calculations on data based on specific conditions, such as summing all values in a column that meet certain criteria.
  • Data visualization add-ins: Excel also offers a variety of add-ins, such as Power BI and Tableau, that allow users to create more advanced and interactive visualizations of their data.
  • Flash Fill: This tool allows users to quickly fill in values based on a pattern or sequence, without having to manually enter each value.
  • Data tables: This tool allows users to perform what-if analysis by creating tables that display various combinations of input values and their corresponding output values.
  • Trace Precedents/Dependents: These tools allow users to track the relationships between cells and formulas, making it easier to identify and correct errors.
  • Error checking: Excel’s error checking tool automatically scans for common errors, such as #DIV/0! or #VALUE!, and provides suggestions for how to fix them.
  • Solver: This tool allows users to find optimal solutions to complex problems by adjusting multiple variables.
  • Goal Seek: This tool allows users to determine what input value is needed to achieve a specific output value.
  • Forecasting: Excel offers several tools for forecasting future trends, including exponential smoothing, moving averages, and trend analysis.
  • Collaboration tools: Excel also offers several tools for collaboration, such as shared workbooks, track changes, and comments, that allow multiple users to work on the same document at the same time.
  • Protecting and securing data: Excel allows users to password protect their workbooks and worksheets, as well as encrypting data to protect it from unauthorized access.
  • Automation and programming: Excel can also be used for more advanced automation and programming tasks, such as creating custom functions using VBA (Visual Basic for Applications) or creating macros to automate repetitive tasks.

Use of Excel in Data Analysis

There are many different data-related tasks that can be performed using Excel. Here are some examples:

  • Data entry: Excel is often used for data entry, allowing users to input and organize large amounts of data in a structured way.
  • Data cleaning: Excel can be used to clean and format data, such as removing duplicates, correcting errors, and converting data types.
  • Data manipulation: Excel offers a variety of tools for manipulating data, such as sorting, filtering, and grouping data to make it easier to analyze.
  • Data analysis: Excel is widely used for data analysis, providing tools for statistical analysis, data visualization, and data modeling.
  • Data visualization: Excel offers many options for creating charts, graphs, and other visualizations to help users understand and communicate data.
  • Pivot tables: Excel’s pivot table feature allows users to quickly summarize and analyze large amounts of data by grouping and aggregating data based on specific criteria.
  • Data modeling: Excel can be used for data modeling, allowing users to create models and simulations to analyze different scenarios and make predictions based on historical data.
  • What-if analysis: Excel’s what-if analysis tools allow users to explore different scenarios and hypothetical situations to better understand the potential outcomes of different decisions.
  • Data sharing and collaboration: Excel can be used to share and collaborate on data with others, such as sharing workbooks, setting permissions, and tracking changes.
  • Data reporting: Excel can be used to create reports and dashboards that provide insights into data trends and performance metrics.
  • Data validation: Excel offers tools for data validation, which can help ensure that data is entered correctly and meets certain criteria.
  • Conditional formatting: Excel’s conditional formatting feature allows users to highlight specific data based on certain conditions or rules, making it easier to identify important information.
  • Data mining: Excel can be used for data mining, allowing users to extract patterns and insights from large datasets.
  • Text-to-columns: Excel’s text-to-columns tool allows users to split data that is combined in a single cell into separate columns based on specific delimiters.
  • Importing and exporting data: Excel can be used to import data from external sources, such as databases or other applications, and export data in a variety of formats.
  • Data consolidation: Excel’s data consolidation feature allows users to combine data from multiple sources into a single workbook, making it easier to analyze and manipulate the data.
  • Data transformation: Excel can be used for data transformation, allowing users to convert data from one format to another, or combine and split data as needed.
  • Data auditing: Excel offers tools for auditing data, allowing users to trace formulas and check for errors or inconsistencies in their data.
  • Data forecasting: Excel can be used for data forecasting, allowing users to predict future trends and outcomes based on historical data.
  • Data security: Excel offers tools for data security, such as password protection and encryption, to help ensure that sensitive data is protected.
  • Solver: Excel’s Solver tool is used to solve optimization problems, where users can set constraints and variables to find the best possible solution.
  • Goal Seek: Excel’s Goal Seek feature allows users to find the input required to achieve a desired output, by changing a single variable.
  • Scenario Manager: Excel’s Scenario Manager allows users to create and compare multiple scenarios with different variables and input values.
  • VBA Programming: Excel’s VBA (Visual Basic for Applications) programming language allows users to create macros and automate repetitive tasks, saving time and reducing errors.
  • Power Query: Excel’s Power Query feature is used for data transformation and analysis, allowing users to extract, transform, and load data from various sources, and combine and shape data as needed.
  • Power Pivot: Excel’s Power Pivot feature is used for data modeling and analysis, allowing users to create relationships between multiple tables and perform complex calculations.
  • Power View: Excel’s Power View feature is used for data visualization, allowing users to create interactive reports and dashboards with different visualizations.
  • Power Map: Excel’s Power Map feature is used for geospatial analysis, allowing users to visualize data on a map and explore geographic patterns and trends.
  • Power BI: Excel’s Power BI (Business Intelligence) feature is used for data analysis and visualization, allowing users to create interactive reports and dashboards, and share them with others.
  • Collaboration tools: Excel offers various collaboration tools such as co-authoring, comments, and track changes, allowing multiple users to work on the same workbook simultaneously, and communicate with each other.

Excel uses by Industries:

  • Finance: Excel is extensively used in finance for budgeting, forecasting, financial modeling, risk analysis, and investment analysis.
  • Accounting: Excel is used in accounting for financial statement analysis, budgeting, auditing, tax reporting, and bookkeeping.
  • Sales and Marketing: Excel is used in sales and marketing for lead tracking, customer segmentation, data analysis, and forecasting.
  • Human Resources: Excel is used in HR for employee data management, payroll processing, recruitment tracking, and employee performance analysis.
  • Operations Management: Excel is used in operations management for supply chain management, inventory management, production planning, and quality control.
  • Education: Excel is used in education for data analysis, lesson planning, grade tracking, and student performance analysis.
  • Healthcare: Excel is used in healthcare for patient data management, clinical research, health data analysis, and medical billing.
  • Government: Excel is used in government for budgeting, policy analysis, data management, and program evaluation.
  • Research and Development: Excel is used in R&D for data analysis, project planning, hypothesis testing, and experimental design.
  • Engineering: Excel is used in engineering for data analysis, design calculations, simulation, and project planning.
  • Financial Services: Excel is extensively used in the financial services industry for financial analysis, budgeting, forecasting, risk analysis, investment analysis, and trading.
  • Manufacturing: Excel is used in manufacturing for inventory management, production planning, quality control, and supply chain management.
  • Retail: Excel is used in retail for inventory management, sales analysis, customer segmentation, and supply chain management.
  • Healthcare: Excel is used in healthcare for patient data management, clinical research, health data analysis, and medical billing.
  • Education: Excel is used in education for data analysis, lesson planning, grade tracking, and student performance analysis.
  • Real Estate: Excel is used in real estate for property valuation, financial analysis, budgeting, and project management.
  • Consulting: Excel is used in consulting for data analysis, project management, financial modeling, and client reporting.
  • Marketing and Advertising: Excel is used in marketing and advertising for data analysis, market research, campaign tracking, and customer segmentation.
  • Non-Profit: Excel is used in non-profit organizations for fundraising, donor management, budgeting, and grant tracking.
  • Government: Excel is used in government for budgeting, policy analysis, data management, and program evaluation.
  • Insurance: Excel is used in the insurance industry for claims analysis, underwriting, actuarial analysis, and risk management.
  • Energy and Utilities: Excel is used in the energy and utilities industry for asset management, resource planning, and data analysis.
  • Hospitality and Tourism: Excel is used in the hospitality and tourism industry for revenue management, sales tracking, and customer feedback analysis.
  • Agriculture: Excel is used in agriculture for crop planning, harvest management, and farm budgeting.
  • Sports: Excel is used in sports for data analysis, player performance tracking, and game scheduling.
  • Telecommunications: Excel is used in telecommunications for network planning, data analysis, and financial reporting.
  • Transportation: Excel is used in transportation for route planning, fleet management, and scheduling.
  • Architecture and Engineering: Excel is used in architecture and engineering for data analysis, design calculations, and project management.
  • Legal: Excel is used in the legal industry for case management, contract analysis, and financial analysis.
  • Pharmaceuticals: Excel is used in the pharmaceutical industry for drug development, clinical trial management, and data analysis.
  • Human Resources: Excel is used in human resources for employee data management, payroll processing, and benefits administration.
  • Construction: Excel is used in construction for project management, budgeting, and scheduling.
  • Entertainment: Excel is used in the entertainment industry for box office analysis, production planning, and financial reporting.
  • E-commerce: Excel is used in e-commerce for inventory management, sales tracking, and customer analysis.
  • Technology: Excel is used in technology for project management, data analysis, and financial modeling.
  • Architecture: Excel is used in architecture for designing and tracking construction budgets, tracking project expenses, and comparing actual expenses to estimated costs.
  • Engineering: Excel is used in engineering for analyzing data and creating technical reports, calculating budgets and tracking expenses, and preparing presentations and proposals.
  • Logistics: Excel is used in logistics for inventory management, order tracking, and transportation planning.
  • Media: Excel is used in media for data analysis, campaign tracking, and audience segmentation.
  • Public Relations: Excel is used in public relations for media monitoring, campaign tracking, and reporting.

© Copyright 2012 – 2020 | Excelx.com | All Rights Reserved

Page load link

Well, you must be wondering what are the uses of excel and how Microsoft Excel can help you in your daily life. MS Excel is extensively used nowadays by almost everyone because it is very helpful and saves a lot of time. It is being utilized for the past several years, and it gets updated every year with advanced features.

The most compelling thing about MS Excel is that it can be utilized everywhere. For example, it is used for data management, billing, analysis, finance, inventory, complex calculations, business tasks, etc. This software is perfect for Android, Windows, Mac OS, and cloud computing users.

Below we have given some of the uses of MS excel that will help you learn how MS Excel can help you. Before we move on to the uses of Excel let us know what exactly MS excel is.

So, it is a software program in which there are spreadsheets to organize numbers. And data formulas or any type of function, which means you can organize any kind of data with the help of spreadsheets in Microsoft Excel. Of course, the data which are disorganized will be of no use that is why MS excel was created. However, now you must be thinking why we have called it Microsoft Excel. Well, the reason is that Microsoft created it.

Microsoft Excel organizes data in rows and columns, and these rows and columns intersect at a pace called a cell. And using these, you can organize any kind of data. Whether it is of personal use or it may be for any type of business use. Also, you can use this jpg to excel converter that uses OCR feature to convert image to excel spreadsheet for free while keeping the quality high. 

Features of Microsoft Excel

Features of excel are the reason that made Excel the most widely used application. Excel is a very common application because of its extensive range of features and great tools. Microsoft added several features in each release. Here are the principal features of Microsoft Excel:

  • Add Header and Footer
  • Find and Replace Command
  • Password Protection
  • Data Filtering
  • Data Sorting
  • Built-in formulae
  • Create different charts (Pivot Table Report)
  • Automatically edits the result
  • Formula Auditing

But before that lets know, why do people use Excel?

So, there are many reasons for people to use Microsoft excel. And as you already know the basic reason behind using excel is that you can manage and organize different types of data with the help of Excel.

For example, let’s suppose that someone is using excel for personal use and that can be anything like they can use it for managing their monthly expenses and other things like that. Or for business use, a company can use it for managing its data whether it may be of any type. So, there can be many things that can be done with the help of excel. 

So, you already know what it is used for and why people use excel. Now it’s time for you to know about,

How can excel be formatted?

As we have discussed in Excel we have rows, columns, and cells, and these rules are columns. And cells can be modified in many ways to make data look efficient or to organize in the best way possible. We can modify the background color number or date format size text font layout ETC of these rows columns and cells.

Or we can also do mathematical problems, we can solve them by applying mathematical formulas. And many things are there in excel to make our work easier and to make it efficient. So that we can use our data wherever we want.

So, this was all about Excel why do people use it, and how it can be formatted.

Now it’s time for you to learn about what excel is used for. So, as we have discussed above, there are so many things in which we can use excel. And as we know by now it’s basic and the main feature or use is to manage and organize data in the best way possible. Whether it may be of personal or business use. 

Top Uses of Microsoft Excel

So, as we have discussed above, there are so many places for what excel is used for. But below we have discussed some of the important areas where this software is implemented:

  1. Calculating 
  2. Accounting 
  3. Charting 
  4. Calendars and Schedules
  5. Seating Charts
  6. Goal Planning WorkSheets 
  7. Task List 
  8. Project management 

So, these are some of the areas for what excel is used for. You should know that there are many things which you can do with excel. But it is not possible for us to specify everything here in this blog. So these are some of the few things which you can get done with the uses of Excel. 

1)Calculating

So the best uses of Excel is that you can calculate anything. Or you can use any formulae you want to get your calculations done. You can apply those formulae or calculations you want on any row or columns or any cell on the spreadsheet. 

It is the best thing about excel. You can always build yourself a customized calculator in excel by programming your commonly used mathematical formulas. So that whenever you need, all you need to do is to put in those values on which you want to get your calculations. And you will get the answers. So overall you can get your calculations done within your spreadsheet and that is one of the best uses of MS Excel.

2)Accounting 

You can always do your accounting with the help of MS Excel. You can make your budget, plan your expense, track, or make your financial reports, but you need to put in the data. Microsoft has designed MS Excel to meet financial and accounting requirements. This includes loan calculators, budgeting, expenses tracking, and financial reports.

Accounting relates to the method of recording large financial transactions for a business. The availability of many Calculating tools for calculation makes it a valuable tool for accounting purposes in the office. It also has templates which makes the accounting methods much easier.

3)Charting 

What you can do is that you can always make charts with the use of MS Excel. You can manage your data like your expenses and financial reports and with the help of those you can make charts.

Is by making charts you can visually understand what is going on with your expenses. Or financial reports so these charts like pie charts, scatter charts, bar charts, area charts, etc. Will help you find a way to represent your data in the best way possible.

Or you can also be able to get a better idea of what is going on with your things which means you can get a greater visual approach in a very digestible way. So you can help you in making a different type of chart from your data this is a great thing and is the great use of MS Excel.

4)Calendars and Schedules

The best thing that we like about Excel is that we can make Calendars with the uses of MS Excel. Likewise, put those values or dates we can say in those rows and columns of excel and we can further use it as a calendar. 

Or you can make different calendars as per your need like when you need to make out of the content calendar for your blog. Or website then you can make that customized calendar as per your need. Whenever you need to plan lessons for your classroom you can do that as well with the help of their personalized.

However, customized calendar Excel can be surprisingly robust you can make any kind of customized things with the uses of MS Excel like this calendar. As we’re talking about so this calendar making or shift schedule making with the help of Excel is one of the best uses of Excel.

5)Seating charts 

By now you already know many of the best uses of MS Excel but here is one more greatest use of MS Excel.

That is the seating chart, so what you can do with the uses of Excel is that you can make seating charts with the help of it. Like when there is a large corporate luncheon or wedding or if there is a meeting with you you have to manage.

And you have to make a seating plan for your guest then you can do it with the uses of Excel. Excel can make it a total breeze. So whenever you need to make a seating chart for yourself or any meeting you must be conducting or any other thing then you should make it with the use of MS Excel

6)Goal planning worksheet

So you must have some goals in your mind that you want to accomplish in your life or there may be any short-term goals for you.

In order to make it possible that you can do it, you can make a goal planning worksheet with the uses of Excel. You can make a daily planner for yourself with the use of Microsoft Excel. In which what you can do is you can make a task list for an easy day in a week.

By making this you will surely achieve your goal and this can be made with the uses of Excel. you can also create various types of worksheets logs planning documents that might help you with tracking down your progress with something.

So yeah you can make a goal planning worksheet with the help of it. And you will surely achieve your goal.

7)Task list

Not as we have already talked about goal planning with the uses of Excel. Now it’s time for you to learn about making a task placed with the uses of Excel. So you can make a different task list for yourself with the use of Excel.

It’s time for you to say goodbye to your standard pen and paper to make a to-do list. You should always make a to-do list or a task list with the uses of Microsoft Excel. You can make a far good just left with the uses of Excel.

Like you can check out your progress and note down in your sheet in terms of percentage. Or in terms of bar or in terms of anything. You can make a greater task list with the uses of Excel rather than making it by standard pen or paper. So it is also one of the best uses of MS Excel. You should take good advantage of it.

8)Project management 

So as you have already read about different uses of Microsoft Excel now it’s time for you to learn about project management charts so you can get them with the uses of MS Excel.

Yeah, we have already read about breaking things down with the uses of Excel. But in project management you will need is that you will have to to make make use of all the things you have learned in this blog. And make a project management charge for yourself and you can also make use of different things in this project management.

Like you can track down your team’s progress are you can always keep the things organized so that you won’t forget anything. Whenever you are working on a project you can make use of checklists to get your things done and you can check.

But you have already done you can make use of pie charts to track down the percentage of work you have done. You can get your different stuff done with it you can make seating charts with the uses of Excel to help you in your project management. So overall you can do a lot of things with the help of excel. And make your project work go crazy with the uses of Microsoft excel.

Conclusion

So, these were some of the uses of Excel.

The more a person learns about Excel’s various features, the more they can develop better ways to use Microsoft Excel in their everyday lives. It is preferable to devote more resources to studying and practicing Excel rather than performing stuff in inefficient and ineffective ways. Aside from the importance mentioned above, a variety of other uses of Excel are created based on the user’s needs.

If you need Excel Assignment Help, you can ask our experts at any time.

Frequently Asked Questions

How is Excel useful in our life?

Uses of  Excel in daily life perform the analysis, calculation, and data and information visualization. In the excel spreadsheet, users can perform all types of analytical, financial, data manipulation, logical calculation,  data analysis, and visualization of information quickly using formula and function.

Why is Excel so popular?

The main reason why excel is so popular among researchers is that charts are more straightforward to maintain and control in Excel. Accounting and Finance are the business sectors where Excel spreadsheets are the most used tools to get budgetary reports or estimates.

Is Excel hard to learn?

Excel is a complex software with so many functionalities under its surface, and it can seem not easy to learn. However, Excel is not as complicated to learn as several people think. With the right practice and training, you can develop your Excel abilities and open yourself up to wider job opportunities.

Excel is an electronic spreadsheet program that is used for storing, organizing, and manipulating data.

The information we’ve prepared refers to Microsoft Excel in general and is not limited to any specific version of the program.

What Excel Is Used For

Electronic spreadsheet programs were originally based on paper spreadsheets used for accounting. As such, the basic layout of computerized spreadsheets is the same as the paper ones. Related data is stored in tables — which are a collection of small rectangular boxes or cells organized into rows and columns.

All versions of Excel and other spreadsheet programs can store several spreadsheet pages in a single computer file. The saved computer file is often referred to as a workbook and each page in the workbook is a separate worksheet.

Spreadsheet Cells and Cell References

When you look at the Excel screen — or any other spreadsheet screen — you see a rectangular table or grid of rows and columns.

In newer versions of Excel, each worksheet contains roughly a million rows and more than 16,000 columns, which necessitates an addressing scheme in order to keep track of where data is located.

The horizontal rows are identified by numbers (1, 2, 3) and the vertical columns by letters of the alphabet (A, B, C). For columns beyond 26, columns are identified by two or more letters such as AA, AB, AC or AAA, AAB, etc.

The intersection point between a column and a row is the small rectangular box known as a cell. The cell is the basic unit for storing data in the worksheet, and because each worksheet contains millions of these cells, each one is identified by its cell reference.

A cell reference is a combination of the column letter and the row number such as A3, B6, and AA345. In these cell references, the column letter is always listed first.

Data Types, Formulas, and Functions

The types of data that a cell can hold include:

  • Numbers
  • Text
  • Dates and times
  • Boolean values
  • Formulas

Formulas are used for calculations — usually incorporating data contained in other cells. These cells, however, may be located on different worksheets or in different workbooks.

Creating a formula starts by entering the equal sign in the cell where you want the answer displayed. Formulas can also include cell references to the location of data and one or more spreadsheet functions.

Functions in Excel and other electronic spreadsheets are built-in formulas that are designed to simplify carrying out a wide range of calculations – from common operations such as entering the date or time to more complex ones such as finding specific information located in large tables of data.

Excel and Financial Data

Spreadsheets are often used to store financial data. Formulas and functions that are used on this type of data include:

  • Performing basic mathematical operations such as summing columns or rows of numbers
  • Finding values such as profit or loss
  • Calculating repayment plans for loans or mortgages
  • Finding the average, maximum, minimum and other statistical values in a specified range of data
  • Carrying out What-If analysis on data, where variables are modified one at a time to see how the change affects other data, such as expenses and profits

Excel’s Other Uses

Other common operations that Excel can be used for include:

  • Graphing or charting data to assist users in identifying data trends
  • Formatting data to make important data easy to find and understand
  • Printing data and charts for use in reports
  • Sorting and filtering data to find specific information
  • Linking worksheet data and charts for use in other programs such as Microsoft PowerPoint and Word
  • Importing data from database programs for analysis

Spreadsheets were the original «killer apps» for personal computers because of their ability to compile and make sense of information. Early spreadsheet programs such as VisiCalc and Lotus 1-2-3 were largely responsible for the growth in popularity of computers like the Apple II and the IBM PC as a business tool.

Excel Alternatives

Other current spreadsheet programs that are available for use include:

  • Google Sheets: A free, web-based spreadsheet program
  • Excel Online: A free, scaled-down, web-based version of Excel
  • Open Office Calc: A free, downloadable spreadsheet program.

Thanks for letting us know!

Get the Latest Tech News Delivered Every Day

Subscribe

Понравилась статья? Поделить с друзьями:
  • What part of speech is the word means
  • What part of speech is the word in this sentence
  • What part of speech is the word how
  • What part of speech is the word him
  • What part of speech is the word her