Excel if this is greater than that of

Comparison Operators

Use comparison operators in Excel to check if two values are equal to each other, if one value is greater than another value, if one value is less than another value, etc.

Equal to

The equal to operator (=) returns TRUE if two values are equal to each other.

1. For example, take a look at the formula in cell C1 below.

Explanation: the formula returns TRUE because the value in cell A1 is equal to the value in cell B1. Always start a formula with an equal sign (=).

2. The IF function below uses the equal to operator.

Explanation: if the two values (numbers or text strings) are equal to each other, the IF function returns Yes, else it returns No.

Greater than

The greater than operator (>) returns TRUE if the first value is greater than the second value.

1. For example, take a look at the formula in cell C1 below.

Explanation: the formula returns TRUE because the value in cell A1 is greater than the value in cell B1.

2. The OR function below uses the greater than operator.

Explanation: this OR function returns TRUE if at least one value is greater than 50, else it returns FALSE.

Less than

The less than operator (

Greater than or equal to

The greater than or equal to operator (>=) returns TRUE if the first value is greater than or equal to the second value.

1. For example, take a look at the formula in cell C1 below.

Explanation: the formula returns TRUE because the value in cell A1 is greater than or equal to the value in cell B1.

2. The COUNTIF function below uses the greater than or equal to operator.

Explanation: this COUNTIF function counts the number of cells that are greater than or equal to 10.

Less than or equal to

The less than or equal to operator ( ) returns TRUE if two values are not equal to each other.

1. For example, take a look at the formula in cell C1 below.

Explanation: the formula returns TRUE because the value in cell A1 is not equal to the value in cell B1.

2. The IF function below uses the not equal to operator.

Explanation: if the two values (numbers or text strings) are not equal to each other, the IF function returns No, else it returns Yes.

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Using IF with AND, OR and NOT functions

The IF function allows you to make a logical comparison between a value and what you expect by testing for a condition and returning a result if that condition is True or False.

=IF(Something is True, then do something, otherwise do something else)

But what if you need to test multiple conditions, where let’s say all conditions need to be True or False ( AND), or only one condition needs to be True or False ( OR), or if you want to check if a condition does NOT meet your criteria? All 3 functions can be used on their own, but it’s much more common to see them paired with IF functions.

Use the IF function along with AND, OR and NOT to perform multiple evaluations if conditions are True or False.

IF(AND()) — IF(AND(logical1, [logical2], . ), value_if_true, [value_if_false]))

IF(OR()) — IF(OR(logical1, [logical2], . ), value_if_true, [value_if_false]))

IF(NOT()) — IF(NOT(logical1), value_if_true, [value_if_false]))

The condition you want to test.

The value that you want returned if the result of logical_test is TRUE.

The value that you want returned if the result of logical_test is FALSE.

Here are overviews of how to structure AND, OR and NOT functions individually. When you combine each one of them with an IF statement, they read like this:

AND – =IF(AND(Something is True, Something else is True), Value if True, Value if False)

OR – =IF(OR(Something is True, Something else is True), Value if True, Value if False)

NOT – =IF(NOT(Something is True), Value if True, Value if False)

Examples

Following are examples of some common nested IF(AND()), IF(OR()) and IF(NOT()) statements. The AND and OR functions can support up to 255 individual conditions, but it’s not good practice to use more than a few because complex, nested formulas can get very difficult to build, test and maintain. The NOT function only takes one condition.

Here are the formulas spelled out according to their logic:

=IF(AND(A2>0,B2 0,B4 50),TRUE,FALSE)

IF A6 (25) is NOT greater than 50, then return TRUE, otherwise return FALSE. In this case 25 is not greater than 50, so the formula returns TRUE.

IF A7 (“Blue”) is NOT equal to “Red”, then return TRUE, otherwise return FALSE.

Note that all of the examples have a closing parenthesis after their respective conditions are entered. The remaining True/False arguments are then left as part of the outer IF statement. You can also substitute Text or Numeric values for the TRUE/FALSE values to be returned in the examples.

Here are some examples of using AND, OR and NOT to evaluate dates.

Here are the formulas spelled out according to their logic:

IF A2 is greater than B2, return TRUE, otherwise return FALSE. 03/12/14 is greater than 01/01/14, so the formula returns TRUE.

=IF(AND(A3>B2,A3 B2,A4 B2),TRUE,FALSE)

IF A5 is not greater than B2, then return TRUE, otherwise return FALSE. In this case, A5 is greater than B2, so the formula returns FALSE.

Using AND, OR and NOT with Conditional Formatting

You can also use AND, OR and NOT to set Conditional Formatting criteria with the formula option. When you do this you can omit the IF function and use AND, OR and NOT on their own.

From the Home tab, click Conditional Formatting > New Rule. Next, select the “ Use a formula to determine which cells to format” option, enter your formula and apply the format of your choice.

Edit Rule dialog showing the Formula method» loading=»lazy»>

Using the earlier Dates example, here is what the formulas would be.

If A2 is greater than B2, format the cell, otherwise do nothing.

=AND(A3>B2,A3 B2,A4 B2)

If A5 is NOT greater than B2, format the cell, otherwise do nothing. In this case A5 is greater than B2, so the result will return FALSE. If you were to change the formula to =NOT(B2>A5) it would return TRUE and the cell would be formatted.

Note: A common error is to enter your formula into Conditional Formatting without the equals sign (=). If you do this you’ll see that the Conditional Formatting dialog will add the equals sign and quotes to the formula — =»OR(A4>B2,A4

Need more help?

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See also

You can always ask an expert in the Excel Tech Community or get support in the Answers community.

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IF function

The IF function is one of the most popular functions in Excel, and it allows you to make logical comparisons between a value and what you expect.

So an IF statement can have two results. The first result is if your comparison is True, the second if your comparison is False.

For example, =IF(C2=”Yes”,1,2) says IF(C2 = Yes, then return a 1, otherwise return a 2).

Use the IF function, one of the logical functions, to return one value if a condition is true and another value if it’s false.

IF(logical_test, value_if_true, [value_if_false])

The condition you want to test.

The value that you want returned if the result of logical_test is TRUE.

The value that you want returned if the result of logical_test is FALSE.

Simple IF examples

In the above example, cell D2 says: IF(C2 = Yes, then return a 1, otherwise return a 2)

In this example, the formula in cell D2 says: IF(C2 = 1, then return Yes, otherwise return No)As you see, the IF function can be used to evaluate both text and values. It can also be used to evaluate errors. You are not limited to only checking if one thing is equal to another and returning a single result, you can also use mathematical operators and perform additional calculations depending on your criteria. You can also nest multiple IF functions together in order to perform multiple comparisons.

B2,”Over Budget”,”Within Budget”)» loading=»lazy»>

=IF(C2>B2,”Over Budget”,”Within Budget”)

In the above example, the IF function in D2 is saying IF(C2 Is Greater Than B2, then return “Over Budget”, otherwise return “Within Budget”)

B2,C2-B2,»»)» loading=»lazy»>

In the above illustration, instead of returning a text result, we are going to return a mathematical calculation. So the formula in E2 is saying IF(Actual is Greater than Budgeted, then Subtract the Budgeted amount from the Actual amount, otherwise return nothing).

In this example, the formula in F7 is saying IF(E7 = “Yes”, then calculate the Total Amount in F5 * 8.25%, otherwise no Sales Tax is due so return 0)

Note: If you are going to use text in formulas, you need to wrap the text in quotes (e.g. “Text”). The only exception to that is using TRUE or FALSE, which Excel automatically understands.

Common problems

What went wrong

There was no argument for either value_if_true or value_if_False arguments. To see the right value returned, add argument text to the two arguments, or add TRUE or FALSE to the argument.

This usually means that the formula is misspelled.

Need more help?

You can always ask an expert in the Excel Tech Community or get support in the Answers community.

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IF function – nested formulas and avoiding pitfalls

The IF function allows you to make a logical comparison between a value and what you expect by testing for a condition and returning a result if True or False.

=IF(Something is True, then do something, otherwise do something else)

So an IF statement can have two results. The first result is if your comparison is True, the second if your comparison is False.

IF statements are incredibly robust, and form the basis of many spreadsheet models, but they are also the root cause of many spreadsheet issues. Ideally, an IF statement should apply to minimal conditions, such as Male/Female, Yes/No/Maybe, to name a few, but sometimes you might need to evaluate more complex scenarios that require nesting* more than 3 IF functions together.

* “Nesting” refers to the practice of joining multiple functions together in one formula.

Use the IF function, one of the logical functions, to return one value if a condition is true and another value if it’s false.

IF(logical_test, value_if_true, [value_if_false])

The condition you want to test.

The value that you want returned if the result of logical_test is TRUE.

The value that you want returned if the result of logical_test is FALSE.

While Excel will allow you to nest up to 64 different IF functions, it’s not at all advisable to do so. Why?

Multiple IF statements require a great deal of thought to build correctly and make sure that their logic can calculate correctly through each condition all the way to the end. If you don’t nest your formula 100% accurately, then it might work 75% of the time, but return unexpected results 25% of the time. Unfortunately, the odds of you catching the 25% are slim.

Multiple IF statements can become incredibly difficult to maintain, especially when you come back some time later and try to figure out what you, or worse someone else, was trying to do.

If you find yourself with an IF statement that just seems to keep growing with no end in sight, it’s time to put down the mouse and rethink your strategy.

Let’s look at how to properly create a complex nested IF statement using multiple IFs, and when to recognize that it’s time to use another tool in your Excel arsenal.

Examples

Following is an example of a relatively standard nested IF statement to convert student test scores to their letter grade equivalent.

97,»A+»,IF(B2>93,»A»,IF(B2>89,»A-«,IF(B2>87,»B+»,IF(B2>83,»B»,IF(B2>79,»B-«,IF(B2>77,»C+»,IF(B2>73,»C»,IF(B2>69,»C-«,IF(B2>57,»D+»,IF(B2>53,»D»,IF(B2>49,»D-«,»F»))))))))))))» loading=»lazy»>

This complex nested IF statement follows a straightforward logic:

If the Test Score (in cell D2) is greater than 89, then the student gets an A

If the Test Score is greater than 79, then the student gets a B

If the Test Score is greater than 69, then the student gets a C

If the Test Score is greater than 59, then the student gets a D

Otherwise the student gets an F

This particular example is relatively safe because it’s not likely that the correlation between test scores and letter grades will change, so it won’t require much maintenance. But here’s a thought – what if you need to segment the grades between A+, A and A- (and so on)? Now your four condition IF statement needs to be rewritten to have 12 conditions! Here’s what your formula would look like now:

It’s still functionally accurate and will work as expected, but it takes a long time to write and longer to test to make sure it does what you want. Another glaring issue is that you’ve had to enter the scores and equivalent letter grades by hand. What are the odds that you’ll accidentally have a typo? Now imagine trying to do this 64 times with more complex conditions! Sure, it’s possible, but do you really want to subject yourself to this kind of effort and probable errors that will be really hard to spot?

Tip: Every function in Excel requires an opening and closing parenthesis (). Excel will try to help you figure out what goes where by coloring different parts of your formula when you’re editing it. For instance, if you were to edit the above formula, as you move the cursor past each of the ending parentheses “)”, its corresponding opening parenthesis will turn the same color. This can be especially useful in complex nested formulas when you’re trying to figure out if you have enough matching parentheses.

Additional examples

Following is a very common example of calculating Sales Commission based on levels of Revenue achievement.

15000,20%,IF(C9>12500,17.5%,IF(C9>10000,15%,IF(C9>7500,12.5%,IF(C9>5000,10%,0)))))» loading=»lazy»>

This formula says IF(C9 is Greater Than 15,000 then return 20%, IF(C9 is Greater Than 12,500 then return 17.5%, and so on.

While it’s remarkably similar to the earlier Grades example, this formula is a great example of how difficult it can be to maintain large IF statements – what would you need to do if your organization decided to add new compensation levels and possibly even change the existing dollar or percentage values? You’d have a lot of work on your hands!

Tip: You can insert line breaks in the formula bar to make long formulas easier to read. Just press ALT+ENTER before the text you want to wrap to a new line.

Here is an example of the commission scenario with the logic out of order:

5000,10%,IF(C9>7500,12.5%,IF(C9>10000,15%,IF(C9>12500,17.5%,IF(C9>15000,20%,0)))))» loading=»lazy»>

Can you see what’s wrong? Compare the order of the Revenue comparisons to the previous example. Which way is this one going? That’s right, it’s going from bottom up ($5,000 to $15,000), not the other way around. But why should that be such a big deal? It’s a big deal because the formula can’t pass the first evaluation for any value over $5,000. Let’s say you’ve got $12,500 in revenue – the IF statement will return 10% because it is greater than $5,000, and it will stop there. This can be incredibly problematic because in a lot of situations these types of errors go unnoticed until they’ve had a negative impact. So knowing that there are some serious pitfalls with complex nested IF statements, what can you do? In most cases, you can use the VLOOKUP function instead of building a complex formula with the IF function. Using VLOOKUP, you first need to create a reference table:

This formula says to look for the value in C2 in the range C5:C17. If the value is found, then return the corresponding value from the same row in column D.

Similarly, this formula looks for the value in cell B9 in the range B2:B22. If the value is found, then return the corresponding value from the same row in column C.

Note: Both of these VLOOKUPs use the TRUE argument at the end of the formulas, meaning we want them to look for an approxiate match. In other words, it will match the exact values in the lookup table, as well as any values that fall between them. In this case the lookup tables need to be sorted in Ascending order, from smallest to largest.

VLOOKUP is covered in much more detail here, but this is sure a lot simpler than a 12-level, complex nested IF statement! There are other less obvious benefits as well:

VLOOKUP reference tables are right out in the open and easy to see.

Table values can be easily updated and you never have to touch the formula if your conditions change.

If you don’t want people to see or interfere with your reference table, just put it on another worksheet.

Did you know?

There is now an IFS function that can replace multiple, nested IF statements with a single function. So instead of our initial grades example, which has 4 nested IF functions:

It can be made much simpler with a single IFS function:

The IFS function is great because you don’t need to worry about all of those IF statements and parentheses.

Note: This feature is only available if you have a Microsoft 365 subscription. If you are a Microsoft 365subscriber, make sure you have the latest version of Office.

Need more help?

You can always ask an expert in the Excel Tech Community or get support in the Answers community.

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The “greater than or equal to” is a comparison or logical operator that helps compare two data cells of the same data type. It is denoted by the symbol “>=” and returns the following values:

• “True,” if the first value is either greater than or equal to the second value
• “False,” if the first value is smaller than the second value

Generally, the “greater than or equal to” operator is used for date and time values and numbers. It can also be used for textual data.

For example, if cell C1 contains “rose” and cell D1 contains “lotus,” the formula “=C1>=D1” returns “true.” This is because the first letter “r” is greater than the letter “l.” The values “a” and “z” are considered the lowest and the highest text values respectively.

Logical and Arithmetic Operators

The “equal to” (=) symbol, used in mathematical operations, helps find whether two values are equal or not. Likewise, every logical operatorLogical operators in excel are also known as the comparison operators and they are used to compare two or more values, the return output given by these operators are either true or false, we get true value when the conditions match the criteria and false as a result when the conditions do not match the criteria.read more serves a particular purpose. Since logical operators return only the Boolean values “true” or “false,” they are also called Boolean operators.

The logical operators help draw relevant conclusions which are used in the decision-making process.

 The arithmetic operators like “plus” (+), “minus” (-), “asterisk” (*), “forward slash” (/), “percent” (%), and “caret” (^) symbols are used in formulas. These operators are used in calculations to generate numeric output.

The “asterisk,” “forward slash,” and “caret” are used for multiplication, division, and exponentiation respectively.

How to Use “Greater Than” (>) and “Greater Than or Equal to” (>=)?

Let us consider a few examples to understand the usage of the given comparison operators in Excel.

You can download this Greater Than or Equal to Excel Template here – Greater Than or Equal to Excel Template

Example #1–“Greater Than” and “Greater Than or Equal to”

The following list shows five numerical values from cell A2 to A6. We want to test whether each number is greater than 50 or not.

Example #2–“Greater Than or Equal to” With the IF Function

Let us use the comparison operator “greater than or equal to” with the IF conditionIF function in Excel evaluates whether a given condition is met and returns a value depending on whether the result is “true” or “false”. It is a conditional function of Excel, which returns the result based on the fulfillment or non-fulfillment of the given criteria.
read more.

The following table shows the total sales (in dollars) of various months. The monthly incentives are calculated by comparing the sales against the benchmark of $6500. The possibilities are stated as follows:

• If the total sales>$6500, incentives are calculated at 10%.
• If the total sales<$6500, incentives are 0.

Step 1: Open the IF function. The IF function helps evaluate a criterion and returns “true” or “false” depending on whether the condition is met or not.

Step 2: Apply the logical testA logical test in Excel results in an analytical output, either true or false. The equals to operator, “=,” is the most commonly used logical test.read more, B2>6500.

Step 3: The condition is that if the logical test is “true,” we calculate the incentives as B2*10%. So, we type this criterion.

Step 4: If the logical test is “false,” the incentives are 0. So, we type zero at the end of the formula.

In cell C2, the formula returns the output 0. This implies that the value in cell B2 is less than $6500.

Step 5: Drag the formula to the remaining cells, as shown in the following image.

Since the values in the cells B5, B11, B12, and B13 are greater than $6500, we get the respective incentive amounts in column C.

Example #3–“Greater Than or Equal to” With the COUNTIF Function

Let us use the comparison operator “greater than or equal to” with the COUNTIFThe COUNTIF function in Excel counts the number of cells within a range based on pre-defined criteria. It is used to count cells that include dates, numbers, or text. For example, COUNTIF(A1:A10,”Trump”) will count the number of cells within the range A1:A10 that contain the text “Trump”
read more function.

The following table shows the date and amount of the invoices sent to the buyer. We want to count the number of invoices that are sent on or after 14^th March 2019.

Step 1: Open the COUNTIF function. The COUNTIF function helps count the cells within a particular range based on a criterion.

Step 2: Select the date column (column A) as the range (A2:A13).

Step 3: Since the criterion is on or after 14^th March 2019, it can be represented as “>=14-03-2019.” Type the symbol “>=” in double quotation marks.

Note: The comparison operators in the “criteria” argument must be placed within double quotation marks.

Step 4: Type the ampersand sign (&). We supply the date with the DATE functionThe date function in excel is a date and time function representing the number provided as arguments in a date and time code. The result displayed is in date format, but the arguments are supplied as integers.read more. This is because we are not using the cell referencesCell reference in excel is referring the other cells to a cell to use its values or properties. For instance, if we have data in cell A2 and want to use that in cell A1, use =A2 in cell A1, and this will copy the A2 value in A1.read more of date values.

Step 5: Close the brackets of the formula and press the “Enter” key.

The output is 7, implying that a total of seven invoices are generated on or after 14^th March 2019.

Example #4–“Greater Than or Equal to” With the SUMIF Function

Let us use the comparison operator “greater than or equal to” with the SUMIFThe SUMIF Excel function calculates the sum of a range of cells based on given criteria. The criteria can include dates, numbers, and text. For example, the formula “=SUMIF(B1:B5, “<=12”)” adds the values in the cell range B1:B5, which are less than or equal to 12.
read more function.

The following table shows the monthly sales of an organization. The sales figures are reported in thousand dollars. We want to find whether the total sales are greater than or equal to $20,000.

Step 1: Open the SUMIF function. The SUMIF function sums the cells based on a specified criterion.

Step 2: Select the sales column (column B) as the “range” ($B$2:$B$13). This helps sum the monthly sales values.

Step 3: Type the “criteria” as “>=”&20. Place the comparison operator within the double quotation marks.

Step 4: Select the “sum_range” same as the “range” argument, i.e., $B$2:$B$13.

The output is $132,000. Hence the total sales are greater than $20,000.

Frequently Asked Questions

Recommended Articles

This has been a guide to “greater than or equal to” in Excel. Here we discuss how to use “greater than” and “greater than or equal to” (>=) with IF, SUMIF, and COUNTIF formulas along with examples and downloadable Excel templates. You may also look at these useful functions in Excel –

• “Not Equal” in VBA
• Excel Formula for COUNTIF
• Not Equal to in Excel
• List of Excel Functions