# How to use the SUMIF function

The SUMIF function sums values based on a condition. The condition can be applied to the values being summed or to corresponding values in another column.

### SUMIF function syntax

SUMIF(*range*, *criteria*, [*sum_range*])

### SUMIF Function Arguments

range |
Required. The cell range you want to check the condition against. |

criteria |
Required. A single condition to filter values you want to sum. |

[sum_range] |
Optional. The sum_range argument allows you to apply a condition to corresponding values. |

### Comments

You are allowed to use logical operators like:

- < less than
- > greater than
- = equal to
- <= less than or equal to
- >= greater than or equal to

You also have the option to use an asterisk * to perform wildcard operations and a question mark ?Â to match a single character.

If you need to apply multiple conditions or criteria I recommend the SUMIFS function.

### Table of Contents

- How to sum based on a condition
- How to sum based on a condition in another column
- How to sum if a number is smaller than a given condition
- How to sum if a number is larger than a given condition
- How to sum based on a date
- How to sum if a date is later than a given condition
- How to sum if a date is earlier than a given condition
- How to use an asterisk to perform a wildcard match in the SUMIF function
- How to use a question mark in the SUMIF function
- How to sum numbers using a list of conditions
- How to sum not equal to
- How to sum by group
- SUMIF across multiple sheets - Excel 365
- SUMIF across multiple sheets - macro
- Get Excel file

## 1. How to sum based on a condition

This example demonstrates how to add numbers and return a total if the number is equal to a condition.

The condition is specified in cell E2, there are three instances in cell range B3:B7 that meet the condition.

The formula returns 6 in cell E3, 2 + 2 + 2 = 6.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - E*2

The sum_range argument is optional and is not used in this example, the range argument contains the numbers that we want to add. The sum_range argument is not required.

## 2. How to sum based on a condition applied to another column

The image above shows a formula in cell F3 that sums values from cell range C3:C7 if the corresponding value on the same row is equal to the condition specified in cell F3.

There are three cells that meet the condition, cells B3, B5, and B6. The corresponding values on the same rows in cell range C3:C7 are C3, C5, and C7.

The formula in cell F3 returns 212, 102 + 50 + 60 equals 212.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - *F2

[*sum_range*] - C3:C7

The sum_range is not the same as the range argument in this example, the sum_range argument is required.

## 3. How to sum if a number is smaller than a given condition

The picture above demonstrates a formula in cell E3 that adds numbers from cell range B3:B7 if they are below a condition specified in cell E2.

Cells B4, B5, and B6 meet the condition, 80 + 50 + 60 equals 190.

Note that cell E2 contains a "smaller than" character and a number, the SUMIF function works fine with logical operators.

Formula in cell E3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - E*2

## 4. How to sum if a number is larger than a given condition

This example shows how to add numbers that are larger than a given condition and return a total.

The formula is in cell E3, it uses the condition specified in cell E2 to add numbers that meet the condition.

Numbers larger than 100 is added, they are 102 and 190 equals 292. The formula returns 292 in cell E3.

Formula in cell E3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - E*2

## 5. How to sum based on a date

The image above demonstrates the SUMIF function using a date as a condition to add corresponding values and return a total.

The date is specified in cell F2, cells B4 and B6 match the date condition. 80 + 60 equals 140, the formula returns 140 in cell F3.

Excel dates are actually numbers formatted as Excel dates. 1/1/1900 is 1 and 1/1/2000 is 36526. You can verify this, type 1/1/1900 in cell, press Enter. Select the cell, press CTRL + 1 to open a dialog box "Format cells".Â Press with mouse on category "General", the number in the sample is now 1.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - F*2

[*sum_range*] - C3:C7

## 6. How to sum if a date is later than a given condition

This formula adds numbers from column C if the corresponding dates on the same row match the condition specified in cell F2.

Cells B5 and B7 match the condition in cell F2, the corresponding values in cells C5 and C7 are 50 and 190. 50 + 190 equals 240, formula in cell F3 returns 240.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - F*2

[*sum_range*] - C3:C7

## 7. How to sum if a date is earlier than a given condition

The image above demonstrates a formula in cell F3 that adds numbers from based on a condition in cell D2.

Cell B3 is the only cell that meets the condition in cell F2, dates must be earlier than or before the given date. Cell B3 contains 102 and the formula returns this number in cell F3.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - F*2

[*sum_range*] - C3:C7

## 8. How to use an asterisk to perform a wildcard match in the SUMIF function

The asterisk is a wild card character you can use to partially match a given string, the asterisk matches any number of characters.

Cell F2 contains an asterisk before and after the letter "w", this matches all cells that contain the letter "w".

Cells B5, B6, and B7 meet the given condition in cell F2, the corresponding cells are C5, C6, and C7. 10 + 30 + 20 equals 60, the formula in cell F3 returns 60.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B7

*criteria - F*2

[*sum_range*] - C3:C7

## 9. How to use a question mark in the SUMIF function

The question mark ? is also a wildcard character, it matches any single character. Cell F2 contains "?AA" which matches cells B4, B7.

Why doesn't it match cell C8? Cell C8 begins with "C" which matches ?, however, the second character is "C" which does not match the second character in the condition which is "A".

Corresponding cells to B4 and B7 are C4 and C7. 20 + 20 equals 40, the formula in cell F3 returns 40.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B8

*criteria - F*2

[*sum_range*] - C3:C8

## 10. How to sum numbers using a list of conditions

The SUMIF function can also sum numbers based on multiple conditions, however, make sure you enter it as an array formula because it returns as many sums as there are conditons.

The example above shows three conditions specified in cell range E3:E5.

Cells B6 and B8 match the condition in cell E3, the corresponding cells on the same rows are C6 and C8. They contain these numbers: 960 + 850 equals 1810.

Cells B4 and B11 match the condition in cell E5, the corresponding cells on the same rows are C4 and C11. They contain these numbers: 890 + 120 equals 1010.

Cells B3 and B5 match the condition in cell E5, the corresponding cells on the same rows are C3 and C5. They contain these numbers: 300 + 400 equals 700.

Array formula in cell range F3:F5:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - B3:B11

*criteria - E3:E5*

[*sum_range*] - C3:C11

### 10.1 How to enter an array formula

Excel 365 users can ignore the following steps, enter the formula as a regular formula.

- Select cell range F3:F5.
- Type the formula in the formula bar.
- Press and hold CTRL + SHIFT simultaneously.
- Press Enter once.
- Release all keys.

The formula has a leading and trialing curly bracket, like this: {=SUMIF(B3:B11, E3:E5, C3:C11)}

They appear automatically, don't enter these characters yourself. See the image above, the formula bar has these characters.

## 11. How to sum not equal to

The picture above demonstrates a formula that adds numbers if the corresponding value on the same row is not equal to a given condition.

The condition uses a smaller than and a larger than characters combined to create a condition "not equal to". Cells B4 and B7 contain values that are not equal to the condition specified in cell F2.

The corresponding cells are C4 and C7 and they contain 80 + 190 equals 270. The formula in cell F3 returns 270.

Formula in cell F3:

SUMIF function syntax:

SUMIF(*range*, *criteria*, [*sum_range*])

*range* - H3:H7

*criteria - M2*

[*sum_range*] - J3:J7

## 12. How to sum by group

To extract groups from cell range B3:B10 I use the following regular formula in cell B13. The following formula is for Excel versions prior to Excel 365.

Copy cell B13 and paste to cell B14.Â Read this article to learn how this formula works.

To sum the numbers by group or value simply use this formula in cell C13.

Copy cell C13 and paste to cell C14.

### 12.1 Excel 365 formula

This formula in B13 is for Excel 365, it is called a dynamic array formula and is entered as a regular formula:

Enter this dynamic Excel 365 formula in cell B13.

### 12.2 Explaining formula

The SUMIF function sums cells that meet a condition, the first argument is the range you want to apply the criteria on. In this case cell rangeÂ $B$3:$B$10, the $ (dollar signs) make the cell reference locked so when the formula is copied the reference stays the same.

The second argument is the criteria found in cell C13. That cell reference has no $ (dollar sign) so it changes when the formula is copied to the cell below. Why? We want it to use another group as a criterion in the next cell.

The third argumentÂ $D$3:$D$10 is the actual values we want to sum since they point to the same cell reference no matter where the formula is. It has a $ (dollar sign) that make it an absolute cell reference.

I highly recommend aÂ pivot tableÂ if you have lots of data to work with.

## 13. SUMIF across multiple sheets - Excel 365 formula

The image above shows three different worksheets: SUMIF, Sheet1, and Sheet2. The formula in cell C4 adds the amounts if the corresponding value on the same rows are equal to the specified condition in cell C2.

The example above has one match in Sheet1 on row 4 and one match in Sheet2 on row 6. They are 20 and 20 and the total is 40. The formula returns 40 in cell C4.

The SUMIF function is not going to accept an array (only cell range) in the first argument, we need to find a workaround. The SUM function works just as fine if we create a simple logical expression. See the below explanation for more details.

Excel 365 formula in cell C4:

SUM(

(INDEX(x,0,1)=C2)*INDEX(x,0,2)

)

)

### 13.1 Explaining formula

#### Step 1 - Stack arrays vertically

The VSTACK function combines cell ranges or arrays. Joins data to the first blank cell at the bottom of a cell range or array (vertical stacking)

Function syntax: VSTACK(array1,[array2],...)

VSTACK(Sheet1!B3:C6,Sheet2!B3:C6)

becomes

VSTACK(

{"North",10;

"West",20;

"East",10;

"South",20},

{"East",20;

"South",10;

"North",10;

"West",20})

and returns

{"North",10;

"West",20;

"East",10;

"South",20;

"East",20;

"South",10;

"North",10;

"West",20})

#### Step 2 - Get the first column from the stacked array

The INDEX function returns a value or reference from a cell range or array, you specify which value based on a row and column number.

Function syntax: INDEX(array, [row_num], [column_num])

INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,1)

becomes

INDEX({"North",10;

"West",20;

"East",10;

"South",20;

"East",20;

"South",10;

"North",10;

"West",20}),0,1)

and returns

{"North";

"West";

"East";

"South";

"East";

"South";

"North";

"West"})

#### Step 3 - Create logical expression

The equal sign is a logical operator, it lets you compare value to value. The result is a boolean value TRUE or FALSE. This also works with an array of values.

INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,1)=C2

becomes

{"North";

"West";

"East";

"South";

"East";

"South";

"North";

"West"})="West"

and returns

{FALSE; TRUE; FALSE; FALSE; FALSE; FALSE; FALSE; TRUE}

#### Step 4 - Get the second column from the stacked array

The INDEX function returns a value or reference from a cell range or array, you specify which value based on a row and column number.

Function syntax: INDEX(array, [row_num], [column_num])

INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,2)

becomes

INDEX(VSTACK({"North",10;

"West",20;

"East",10;

"South",20;

"East",20;

"South",10;

"North",10;

"West",20}),0,2)

and returns

{10;

20;

10;

20;

20;

10;

10;

20}

#### Step 5 - Multiply arrays

The asterisk lets you multiply numbers and boolean values in an Excel formula.

(INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,1)=C2)*INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,2)

becomes

{FALSE; TRUE; FALSE; FALSE; FALSE; FALSE; FALSE; TRUE} * {10; 20; 10; 20; 20; 10; 10; 20}

and returns

{0; 20; 0; 0; 0; 0; 0; 20}

#### Step 6 - Add numbers and return a total

The SUM function allows you to add numerical values, the function returns the sum in the cell it is entered in. The SUM function is cleverly designed to ignore text and boolean values, adding only numbers.

Function syntax: SUM(number1, [number2], ...)

SUM((INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,1)=C2)*INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,2))

becomes

SUM({0; 20; 0; 0; 0; 0; 0; 20})

and returns 40.

#### Step 7 - Shorten the formula

The LET function lets you name intermediate calculation results which can shorten formulas considerably and improve performance.

Function syntax: LET(name1, name_value1, calculation_or_name2, [name_value2, calculation_or_name3...])

SUM((INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,1)=C2)*INDEX(VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),0,2))

x - VSTACK(Sheet1!B3:C6,Sheet2!B3:C6)

LET(x,VSTACK(Sheet1!B3:C6,Sheet2!B3:C6),

SUM(

(INDEX(x,0,1)=C2)*INDEX(x,0,2)

)

)

## 14. SUMIF across multiple sheets - User Defined Function

A User defined function is a custom function that anyone can build and use, you simply copy the code below and paste it to a code module in your workbook

This custom function works like the SUMIF function except that you can use multiple lookup and sum ranges.

Formula in cell C4:

### 14.1 User Defined Function Syntax

SUMIFAMS(*lookup_value*, *lookup_range,Â sum_range*)

### 14.2 Arguments

Parameter |
Text |

lookup_value |
Required. The value(s) you want to look for. |

lookup_range |
Required. The range you want to search. |

sum_range |
Required. The range you want to add. |

[lookup_range_2] |
Optional. You may have up to 127 additional argument pairs. |

[sum_range_2] |
Optional. |

### 14.3 VBA code

'Name function and arguments Function SUMIFAMS(lookup_value As Range, ParamArray cellranges() As Variant) 'Declare variables and data types Dim i As Integer, rng1 As Variant, temp As Single, a As Boolean Dim rng2 As Variant, value As Variant, j As Single 'Make sure that the number of cell ranges are an even number. There must be a lookup_range and a sum_range. If (UBound(cellranges) + 1) Mod 2 <> 0 Then 'Display a message box. MsgBox "The number of range arguments must be even. 2, 4 , 8 ... and so on" 'End function so the user can correct the problem. Exit Function End If 'Iterate through all cell ranges For i = LBound(cellranges) To UBound(cellranges) Step 2 'Check that the number of rows in both cell ranges match If cellranges(i).Rows.Count <> cellranges(i + 1).Rows.Count Then MsgBox "The number of rows in range arguments don't match." End If 'Make sure that the ranges only contain one column If cellranges(i).Columns.Count <> 1 Then MsgBox "Range arguments can only have size one column each." Exit Function End If 'Save ranges to an array variable rng1 = cellranges(i).value rng2 = cellranges(i + 1).value 'Iterate through values in array variable For j = LBound(rng1) To UBound(rng1) 'Iterate through each lookup value if there is more than one For Each value In lookup_value 'Make a comparison (not case sensitive) If UCase(rng1(j, 1)) = UCase(value) Then a = True Next value 'Add the corresponding number to temp variable if a= True If a = True Then temp = temp + rng2(j, 1) a = False Next j Next i 'Return total to worksheet SumifAMS = temp End Function

### 14.4 Where to copy vba code?

- Press Alt-F11 to open visual basic editor
- Press with left mouse button on Module on the Insert menu
- Copy and paste vba code.
- Exit visual basic editor

You can also use multiple search values, the returned number is a total based on both search values.

### Get excel *.xlsx file

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### Functions in 'Math and trigonometry' category

The SUMIF function function is one of 61 functions in the 'Math and trigonometry' category.

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This was a very interesting technique. I've been trying to use something similar. Thanks for sharing.