**Please Note: **
This article is written for users of the following Microsoft Excel versions: 2007, 2010, and 2013. If you are using an earlier version (Excel 2003 or earlier), *this tip may not work for you*. For a version of this tip written specifically for earlier versions of Excel, click here: Adding Up Tops and Bottoms.

As you are collecting data for your Excel project, you may have a need to add up the top N number of values in a range or the bottom N number of values. For instance, you may be keeping track of golfing scores and need to add up only the top three scores or the bottom three scores out of a series of scores.

As with most any Excel problem, there are several ways you can go about implementing a solution. For instance, you could sort the scores so that they are in ascending or descending order. You would then have the top or bottom scores in a set place where you could always sum them.

There is an easier way, however. You can use the LARGE and SMALL functions, which do the job very nicely. For instance, say you have the scores in cells C5 through C25. All you need to do is put the following formula in a cell in order to add up the top three scores:

=LARGE(C5:C25,1)+LARGE(C5:C25,2)+LARGE(C5:C25,3)

The function returns the Nth largest value from the specified range. As shown in the formula, the largest, second largest, and third largest values are returned and added together. You can similarly use the SMALL function to sum the three lowest scores:

=SMALL(C5:C25,1)+SMALL(C5:C25,2)+SMALL(C5:C25,3)

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This tip (12595) applies to Microsoft Excel 2007, 2010, and 2013. You can find a version of this tip for the older menu interface of Excel here: **Adding Up Tops and Bottoms**.

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2017-05-30 09:54:08

Russell

=SUM(LARGE($C$5:$C$25,{1,2,3}))

and

=SUM(SMALL($C$5:$C$25,{1,2,3}))

To change the number of values summed, just add or subtract from the {1,2,3}

(Unlike an array formula, the curly braces have to be typed in from the keyboard and there is no need to use Ctrl-Shift-Enter)

2017-05-30 05:01:23

Russell

=SUM(LARGE($C$5:$C$25,{1,2,3}))

and

=SUM(SMALL($C$5:$C$25,{1,2,3}))

To change the number of values summed, just add or subtract from the {1,2,3}

(Unlike an array formula, the curly braces have to be typed in from the keyboard and there is no need to use Ctrl-Shift-Enter)

2013-04-22 08:45:40

Thanks Dave

2013-04-22 04:24:24

Dave Kerr

Yes, this works fine for duplicates. Try this small example for test or experimentation...

In a blank worksheet, I entered the following twelve values in Cells A4 to A15:

21, 18, 20, 21, 17, 5, 16, 10, 2, 6, 17, 5

To the right, in Column C, I entered the formula

=LARGE($A$4:$A$15,1)

This returns the value 21.

Drag it down two cells and change the parameter value to 2 and 3 respectively.

You should get a second 21 and a 20. So, duplicates are handled no problem. The same applies if you replace LARGE by SMALL.

To simplify the addition element, you can incorporate the task into a shorter function, rather than adding the three LARGE formulae results.

In a blank cell, enter the formula:

=SUMIF(A4:A15,">=" & LARGE(A4:A15,3))

In my example you should get a result of 62. Excel evaluates the LARGE function to find the third largest value, in this case 20. The SUMIF then adds any values greater-than-or-equal-to this value.

NOTE:

If you have, for example, five cells all with the value 21, then the SUMIF formula will return a misleading value of 105. You will then need to stay with the sum of the three LARGE formulae to get the correct answer. My SUMIF works very well with unique data values.

Allen's tip is especially useful if you are not in a position to sort the data, e.g. to help identify duplicates.

I hope I haven't confused you!

2013-04-20 09:38:52

Linda

Can this formula handle ties or duplicate values.

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