# How To Sum the Largest N Values in Excel

Sometimes we may want to sum the largest N numbers or top N numbers in a range. In this article, we will show you the method of “**SUM the Largest N Numbers**” by a simple formula which consist of **SUMPRODUCT** and **LARGE** functions. **LARGE** can return largest values based on criteria, **SUMPRODUCT** can sum up these largest values.

Through a simple instance, we will introduce you the syntax, argument and the usage of **SUMPRODUCT and LARGE **functions. We will let you know how the formula works step by step clearly. After reading the article, you may know that in which situations we can choose **SUMPRODUCT** function to sum data.

__EXAMPLE__

__EXAMPLE__

In the ‘Values’ column, there are 10 values from ‘1’ to ‘10’ in improper order. Now we want to sum the largest 4 values from this list, how can we get the correct result?

Actually, we can sort these numbers from the largest to the smallest by ‘**Sort Z-A**’ in excel.

Click ‘**Data**’ tab, under ‘**Sort & Filter**’ section click ‘**Sort Z to A**’ icon.

Then you can find numbers are ordered properly.

Then you can enter **SUM **function in B2 and select the first four numbers ->cell reference A2:A5 in the list.

Then you can get the sum of the largest four values. It is 34.

In this way, we can get result correctly. But we can also get it conveniently and correctly by just enter a formula. As we want to sum the largest four numbers from range A2:A11, we can find the largest N number or numbers by **LARGE **function actually, and then use **SUMPRODUCT **function to sum array directly.

__FORMULA – APPLY SUMPRODUCT FUNCTION__

__FORMULA – APPLY SUMPRODUCT FUNCTION__

**Step 1: **In B2, enter the formula

=SUMPRODUCT(LARGE(A2:A11,{1,2,3,4})).

**Step 2: **Press **Enter** after typing the formula.

We can see that this time we also get correct result 34. The formula works correctly.

__FUNCTION INTRODUCTION__

__FUNCTION INTRODUCTION__

**SUMPRODUCT** function can be seen as **SUM+PRODUCT**.

For **SUMPRODUCT** function, the syntax is:

=SUMPRODUCT(array1,array2,array3, ...)

For example, enter **=SUMPRODUCT({1,2},{2,3})** in any cell, the we can get value 8, it equals to** 1*2+2*3=8**. You can also enter **=SUMPRODUCT({1,2}*{2,3})**, you can get the same result. The argument array can be a real array **{1,2,3}** for example or a range reference like A2:A7.

If there is only array in the formula, **SUMPRODUCT** will sum the numbers in the array.

**SUMPRODUCT** function allows entering texts, logical operators and expressions like (product=cap), texts should be enclosed into ().

**LARGE** function can return the Nth largest value in a range.

For **LARGE** function, the syntax is:

=LARGE(array,k)

If k is a number, it returns the Kth largest value in the range; if k is an array like** {1,2,3}**, it returns the largest three values in the range. If k is an array, but the numbers are in inconsecutive sequence for example **k={1,2,4}**, then **LARGE** function will return the 1^{st}, 2^{nd}, 4^{th} largest values in the range.

__ARGUMENTS EXPLAINATION__

__ARGUMENTS EXPLAINATION__

In this formula **=SUMPRODUCT(LARGE(A2:A11,{1,2,3,4}))**, we applied two functions.

For **LARGE** function, range is **A2:A11**, k is an array **{1,2,3,4}.**

Select range A2:A11 in formula bar, press **F9** to convert cell reference to real values, numbers in ‘Values’ column are expanded in an array.

For **SUMPRODUCT **function, there is only one array, it is the result of formula **LARGE({1;8;3;5;7;6;9;10;4;2},{1,2,3,4})**.

__HOW THIS FORMULA WORKS__

__HOW THIS FORMULA WORKS__

After explaining argument in the formula, the formula is converted to **=SUMPRODUCT(LARGE({1;8;3;5;7;6;9;10;4;2},{1,2,3,4})) **in the formula bar. Now we will show you how the formula works with the two functions.

For LARGE({1;8;3;5;7;6;9;10;4;2},{1,2,3,4}), refer to k value {1,2,3,4}, we find out the largest 4 values in the array {1;8;3;5;7;6;9;10;4;2}.

Select LARGE({1;8;3;5;7;6;9;10;4;2},{1,2,3,4}) in the formula bar, press **F9**. We can get the result {10,9,8,7}. Numbers are ordered from the largest to the smallest.

Obviously, the final result is 10+9+8+7=34. Select =SUMPRODUCT({10,9,8,7}) in the formula bar, press **F9, **34 is displayed in formula bar.

__COMMENTS__

__COMMENTS__

**1**. In this instance, there are only 10 numbers in the range, and we only want to sum the largest 4 numbers. If there are a large amount of numbers, and sum the largest 100 or more numbers in the range, do we need to enter {1,2,3,4,…,100} in **LARGE** function? Obviously, it is very complex and troublesome. So, we can solve this problem by the help of **ROW** and **INDIRECT**

For example, if we want to sum the largest 9 numbers in the same range, we can enter the follow formula in Cell B2:

=SUMPRODUCT(LARGE(A2:A11,ROW(INDIRECT("1:9"))))

Then we can get correct value 54.

In this case, **INDIRECT** function can return a valid reference based on entered texts. With the help of **ROW**, ROW(INDIRECT(“1:9”)) can convert “1:9” to {1,2,3,4,5,6,7,8,9}.

** **

2. If N number is saved in another cell, we can concentrate N inside **INDIRECT** function. Enter the follow formula in Cell d2 this time:

=SUMPRODUCT(LARGE(A2:A11,ROW(INDIRECT("1:"&D1))))

See example below:

In this case, when changing the number in D1, result in D2 will be automatically updated. We don’t need to adjust the formula or cell reference. See example below.

** **

3. In this case we can also use **SUM** function to replace **SUMPRODUCT** function. But **SUMPRODUCT** function can handle arrays directly without entering **Ctrl + Shift + Enter**, so we often apply **SUMPRODUCT** function in similar situations.

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__SUMMARY__

**1**.** SUMPRODUCT** function can handle multiple arrays, and it sum up the products.

** 2. SUMPRODUCT **function allows user defined range, wildcards, logical operators, expressions.

**3. LARGE **function can return the Nth or first Nth largest value in a range.

**4. ROW(INDIRECT(“1:N”))** can return a set of numeric numbers in an array.

5. If N is in another cell, use “&” to concentrate them inside **INDIRECT**, for example** ROW(INDIRECT(“1:”&B2))**.

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