The most primitive way to total cells in Google Sheets is to add the cell references to the formula and put plus (`+`) signs between them. For example:

`=B1+B2+B3+B4+B5`

For longer ranges of cells, such as an entire column or row, this solution is not handy at all. Instead, you should use the SUM function or one of its derivatives: SUMIF and SUMIFS. Let’s check out how the native functions work and which use cases are a fit for them.

## Google Sheets SUM to total a series of cells

SUM is a Google Sheets function to return a total of numbers or cells, or both specified numbers and cells. The SUM syntax has several variations depending on what you’re going to total.

### SUM syntax to total values

``=SUM(value1,value2,value3,…)``
• `value` is a numeric value

#### Formula example

`=sum(1,2,3,4,5)`

### SUM syntax to total cells

``=SUM(cell-range)``
• `cell-range` is the range of cells to total. The range can be specified using commas for scattered cells like `A1,B2,C3` or colon for integral cell ranges like `A1:A100`

#### Formula example for scattered cells

`=sum(B1,B3,C2,D1,D3)`

#### Formula example for an integral cell range

`=sum(B1:B5)`

### SUM syntax to total values and cells

``=SUM (value1, value2,...,cell-range)``

#### Formula example

`=sum(1,2,B3,B4:B5)`

Now you know the syntax of the SUM formulas, so let’s check out how they work on a dummy data set. To get one, we installed Coupler.io, a solution for importing data from multiple sources like Xero, Airtable, Pipedrive, and many more. Check out all the available integrations. As a dummy data set, we use the deals imported to Google Sheets from HubSpot. Here is how it looks:

### How to SUM a column

#### SUM a limited range from a column

If you need to return total of a limited range from a column, like `B2:B182`, a simple SUM syntax will do:

`=sum(B2:B182)`

If you want to return total in the bottom of your column range, type the equal sign (`=`), and Google Sheets will suggest you the SUM formula itself.

Note: This hack works only within 5 rows below the last value in a column.

#### SUM an entire column

If you need to total an entire column, specify the column range as follows:

`=sum(B2:B)`

Now, every new value within the column will be added to the total value, so you won’t have to manually tweak the SUM formula.

### How to SUM a row

For this use case, we took a Profit and Loss report imported from Xero. Now, let’s use SUM to total values from row 2.

Here is the SUM formula to total the row values:

`=SUM(C2:G2)`

### How to return SUM of multiple rows in one column

The SUM formula above worked well, but is it possible to expand it to other rows using ARRAYFORMULA? Unfortunately, SUM + ARRAYFORMULA doesn’t expand: `=ARRAYFORMULA(SUM(C2:G2))` will give a single number.

But there is a workaround.

#### Workaround#1: Sum multiple rows with ARRAYFORMULA

With this workaround, you don’t need the SUM function at all. The idea is to manually add the columns and use ARRAYFORMULA to expand the results. Here is the formula for our case:

`=arrayformula(if(len(C2:C)=0,,(C2:C+D2:D+E2:E+F2:F+G2:G)))`

Note: `if(len(C2:C)=0` is needed to remove “0” for empty rows.

#### Workaround#2: Sum multiple rows with ARRAYFORMULA, MMULT, TRANSPOSE, and COLUMN

For this workaround, we’ll need to nest four functions: ARRAYFORMULA, MMULT, TRANSPOSE, and COLUMN. Here is how the formula looks:

`=ARRAYFORMULA(MMULT(C2:G23,TRANSPOSE(COLUMN(C2:G23)^0)))`

MMULT is an array function to multiply matrices. Our first matrix is `C2:G23`. The second matrix must have the number of rows equal to the number of columns in the first matrix – five, in our case. This is how it should look:

Instead of manually tailoring the matrix we need, we’ll use the combination of two functions, TRANSPOSE and COLUMN, in the following way: `TRANSPOSE(COLUMN(C2:G23)^0)`

In the end, wrap up everything with ARRAYFORMULA.

The drawback of this workaround is that you have to specify the exact range of columns.

### How to return SUM of multiple columns in one row

Since we got the total column, let’s get the total row beneath the data set as well. MMULT nested with ARRAYFORMULA, TRANSPOSE and ROW will help with that. Here is how it looks:

`=TRANSPOSE(ARRAYFORMULA(MMULT(TRANSPOSE(C2:H23),(ROW(C2:H23)^0))))`

Let’s wrap up with SUM for now, since we have more interesting cases with SUMIF and SUMIFS.

## Google Sheets SUMIF to sum a data range on a condition

SUMIF is a Google Sheets function to return a total of cells that match a single specific criterion. Put simply, the SUMIF functions filters the range according to the specified criteria and sums values based on this filter.

### SUMIF syntax

``=SUMIF(criterion-range,"criterion",range-to-sum)``
• `criterion` is a condition to filter data. `criterion` can be a number, a text string, a cell reference, as well as a variety of conditions, such as greater than or equal to.
• `criterion-range` is a data range to examine based on the `criterion`
• `range-to-sum` is a data range with values to total. This parameter is optional and can be omitted in cases when `criterion-range` is the range with values to total.

Now, let’s check out SUMIF formula examples with different criteria cases. For this, we’ll use a dummy data range that was already featured in the blog post COUNTIF vs. COUNTIFS. It’s an extract of a sandwich store’s database, in which you can see Product, Price, Quantity and other columns. By the way, this data set was imported from Airtable to Google Sheets.

### SUMIF by a logical expression criterion: greater, less, or equal

Use one of the following logical operators to build a criterion for the SUMIF formula:

For example, let’s total the amount of products with the price equal to 10.

`=sumif(G2:G,"=10",H2:H)`

Another formula example is to total the amount of products that are greater than or equal to 8. Bring to notice that this formula syntax is free of `range-to-sum`, since the function will total the values from `criterion-range`:

`=sumif(H2:H,">=8")`

### SUMIF not empty

The use of the logical operator “except for” (`<>`) without any text string or cell reference means that the `criterion` is “not empty cells“. For example,

`=sumif(E2:E,"<>",H2:H)`

### SUMIF by exact match

The exact match criterion can be specified as a text string, numeric value or a cell reference. For example, here is the SUMIF formula to total the amount of a Sausage sandwich:

`=sumif(E2:E,"sausage sandwich",H2:H)`

### SUMIF by a case-sensitive criterion

SUMIF does differentiate between upper- and lower-case letters. That’s why in the formula example above, SUMIF totalled the amount of Sausage sandwich, though we specified `"sausage sandwich"` as the criterion. If case sensitivity matters, you can use the following workaround:

``=SUMIF(ARRAYFORMULA(FIND("criterion",criterion-range)),1, range-to-sum)``

So, our formula will look like this and return “0” since there is no match to the criterion:

`=sumif(arrayformula(find("sausage sandwich",E2:E)),1,H2:H)`

### How to expand SUMIF formula in a column: ARRAYFORMULA+SUMIF

Let’s expand the SUMIF formula to calculate the total amount of other products.

Here is the syntax you should use:

``=ARRAYFORMULA(SUMIF(criterion-range,criteria,range-to-sum)``

In our case, the SUMIF formula will look as follows:

`=arrayformula(if(len(K2:K)=0,,sumif(E2:E,K2:K,H2:H)))`

Note: `if(len(K2:K)=0` is needed to remove “0” for empty rows.

### How to sum and group values by a certain condition: QUERY+SUM

Here is an alternative solution to the SUMIF formula above. The idea is to extract unique values from the Product column and return the total amount of each product with a single formula. The QUERY function can easily do that as follows:

`=query(E2:H21,"select E, sum(H) group by E")`

### SUMIF by partial match

The partial match criterion is when you need to total cells in `range-to-sum` if the cells in `criterion-range` contain specific characters. To tailor a partial match criterion, you’ll need to use the following wildcards:

• Question mark (`?`) to disguise every single character of a text string. For example, `"????er"` means that the `criterion` is a 6-letter word that ends with `"er"`.
• Asterisk (`*`) to disguise any number of characters of a text string. For example, `"*er*"` means that that the `criterion` is any word that contains `"er"`.
• You can also concatenate wildcards and cell references. For example, `"+"&C5` means that the `criterion` is a text string that ends with the value from the C5 cell.

Let’s check out the common examples:

SUMIF formula to total all items that contain “cheese” in their naming:

`=sumif(E2:E,"*cheese*",H2:H)`

And here is how this SUMIF formula will look if we use a cell reference concatenated with wildcards:

`=sumif(E2:E,"*"&K5&"*",H2:H)`

### SUMIF by color

Google Sheets doesn’t have this feature built in. However, you can do it yourself using the Script editor. It won’t take more than a minute.

• Open Script editor in your spreadsheet: go to Tools => Script editor
• Open a new script file: go to File => New => Script file. Name the file as you want.
• Copy and paste the following script to replace the original code.
```function sumbycolor(sumRange,colorRef) {
var activeformula = activeRg.getFormula();
var totalValue = 0;
for (var i = 0; i < backGrounds.length; i++)
for (var k = 0; k < backGrounds[i].length; k++)
if ( backGrounds[i][k] == BackGround )
if ((typeof sumValues[i][k]) == 'number')
totalValue = totalValue + (sumValues[i][k]);
};```

Click Save (you might be offered to give a name to your project) and get back to the Google Sheets doc.

Now, you have the SUMBYCOLOR function with the following syntax:

``=SUMBYCOLOR(range-to-sum,colored-cell-criterion)``
• `range-to-sum` is a data range with values to total, as well as to examine based on the `colored-cell-criterion`.
• `colored-cell-criterion` is a colored cell that defines the background color to filter and sum the data.

Here is a formula example:

`=sumbycolor(H2:H,H2)`

Kudos to ExtendOffice for the workaround. Check out their blog post if you also want to count cells by color.

## Google Sheets SUMIFS to sum a data range based on multiple criteria

SUMIFS is the youngest child in the SUM family. It lets you total values considering two or more criteria across different ranges.

### SUMIFS syntax

``=SUMIFS(range-to-sum,criterion-range1,"criterion1",criterion-range2,"criterion2",...)``

The parameters are the same as with SUMIF, but you can add multiple criteria to a single formula.

`SUMIFS works by the AND logic: to get the total sum, all the specified criteria must be met, otherwise the formula will return "0".`

### SUMIFS formula example

Let’s get back to our data set and total the amount of items by the following criteria:

• Product name must contain “cheese
• Product price must be less than \$10

Here is the SUMIFS formula:

`=sumifs(H2:H,E2:E,"*cheese*",G2:G,"<10")`

### How to expand SUMIFS formula

SUMIF can be nested with ARRAYFORMULA to expand the results. With SUMIFS, you can’t do that. However, if you badly need to expand SUMIFS, check out the workaround formulas for this.

## SUMIF a data range based on multiple criteria with OR logic

SUMIFS returns a sum of values if all criteria are met based on the AND logic. The OR logic is when any of the specified criteria is met. This can be done with an advanced SUMIF formula.

### SUMIF formula when any of the two criteria is met

``=SUMIF(criterion-range,"criterion1",range-to-sum) + SUMIF(criterion-range,"criterion2",range-to-sum)``

This is the best solution when you need to SUMIF by different criteria for different `criteria-ranges`. For example, we need to sum the values by one of the following criteria:

• Product name must contain “cheese
• Product price must be greater than \$14

As you can see, none of the products in our data set has the price greater than \$14. So, the SUMIF formula returns the sum of values that match the first criterion only:

`=sumif(E2:E,"*cheese*",H2:H)+sumif(G2:G,">14",H2:H)`

### SUMIF formula when any of multiple criteria is met

For multiple criteria within a single range, it’s not handy to use the approach above. So, you’d better use the following formula syntax:

``=SUM(ARRAYFORMULA(SUMIF(criterion-range, {"criterion1", "criterion2", "criterion3"}, range-to-sum)))``

Note: The formula works for a single `criterion-range` only.

For example, we need to sum the values by one of the following product price criteria:

• Equal to \$13
• Less than \$9
• Greater than \$14

Here we go:

`=sum(arrayformula(sumif(G2:G, {"=13","<9",">14"}, H2:H)))`

## To wrap up: How to learn the sum without any formulas

You’ve read the article till the end?! You’re a person of worth and deserve a tiny bonus. If you need to learn the total of specific cells right here, right now, you don’t need any formulas at all. Simply select the cells you want to sum and check out a new tab that appeared near the Explore button. Here is your total sum!

Quite handy, isn’t it? Good luck with your data!

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