So far we have learned how to sum the entire matching column of a table in Excel. But how do we sum values when we need to match column and row. In this article, we will learn how to do the sum of matching rows and columns.

There are two formulas to do this but first, let us the scenario.

Here, I have a table that records the sales done by employees in different months. The name of employees can repeat. See the below figure:

We need to get the sum of the May month where the salesman is Donald.

The **SUMPRODUCT Function** is the most versatile function when it comes to sum and count values with tricky criteria. The generic function to sum by matching column and row is:

=SUMPRODUCT((columns)*(column_headers=column_heading)*(row_headers=row_heading) |

**Columns: **It is the 2-dimensional range of the columns that you want to sum. It should not contain headers. In the table above it is C3:N7.

**column_headers: **It is the header range of **columns** that you want to sum. In the above data, it is C2:N2.

** column_heading: **It is the heading that you want to match. In the example above, it is in B13.

Without further delay let's use the formula.

**row_headers: **It is the header range of **rows** that you want to sum. In the above data, it is B3:B10.

** row_heading: **It is the heading that you want to match in rows. In the example above, it is in F13 .

Without further delay let's use the formula.

Write this formula in cell D13 and let the excel do it's magic (there's no such thing as magic)...

=SUMPRODUCT((C3:N10)*(C2:N2=B13)*(B3:B10=E13)) |

This returns the value:

Now when you change the month or salesman the sum will change as per the row heading and column heading.

**How does it work?**

This simple boolean logic.

**(C2:N2=B13): **This statement will return an array of TRUE and FALSE. All the matching values in the column have true and others will have false. In this case, we will have only one True as the range C2:N2 only contains one instance May at 5^{th} Location.

**(B3:B10=E13): **This will work the same as above and will return an array TRUE and FALSE. All the matching values will have TRUE and others will have FALSE. In this case, we will have 2 TRUEs as the range B3:B10 has two instances of "Donald".

**(C2:N2=B13)*(B3:B10=E13): **Now we are multiplying the arrays returned by statements. This will implement and logic and we will get an array of 1s and 0s. Now we will have a 2D array that will contain 2 1s and rest 0s.

**(C3:N10)***(C2:N2=B13)*(B3:B10=E13)**= **Finally we multiply the 2D array with the 2D table. It will return again an array of 0s and the numbers that match the criteria.

Finally, the **SUMPRODUCT** function will sum up the array which will result in the desired output.

The generic formula for summing matching row and column using SUM and IF Excel function is:

=SUM(IF(column_headers=column_heading,IF(row_headers=row_heading,columns))) |

All the variables are the same as in the above-explained method. Here, they just need to be used in a different order.

Write this formula in cell D13:

=SUM(IF(C2:N2=B13,IF(B3:B10=E13,C3:N10))) |

This returns the correct answer. See the screenshot below:

**How does it work?**

The logic is the same as the first SUMPRODCUT method only the mechanism is different. If I explain it in short, the inner IF Function returns a 2D array of the same dimension as the table. This array contains the number of two matched rows. Then the inner IF Function matches the two-column headings in this array and returns the 2D array that only contains the numbers that match both, column and heading. All other elements of the array will be FALSE.

Finally, the SUM function sums up this array and we get our sum.

So yeah guys, this how you can sum up the matching rows and columns from a table in excel. I hope it was explanatory and useful to you. If you have any doubts regarding this topic or have any other excel/VBA related doubt, ask in the comments section below.

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