where project (B5:B16) and data (C5:F16) are named ranges. With a lookup value of “Neptune” in cell H5, the result is all four quarterly values for the Neptune project, which spill into the range I5:L5. Note: this problem can also be solved with INDEX and MATCH, as described below. Although this example shows off the simplicity of the XLOOKUP function, it can also be solved with a straightforward INDEX and MATCH formula, as described below. It can also be solved with the FILTER function.
With XLOOKUP
With the XLOOKUP function, the solution is simple. In the example shown, the formula in I5 is: Here, lookup_value is H5 (which contains “Neptune”), lookup_array is project (B5:B16), and return_array is data (C5:F16). In this configuration, XLOOKUP matches the 7th value in B5:B16, and returns the 7th column in C5:F16. In the dynamic array version of Excel, the 4 values in C11:F11 spill into the range I5:L5. If the value in H5 is changed to a different project, the formula will immediately recalculate and return a new column of values.
With FILTER
The FILTER function is designed to return multiple matching rows from a set of data, but it will work fine in this case as well. The syntax looks like this: The result is the same as with the XLOOKUP formula, since there is only one project named “Neptune”. However, if there were multiple rows with Neptune as the project, FILTER would return data for all of these rows. See this page for more details and examples.
With INDEX and MATCH
This problem can also be solved with an INDEX and MATCH formula like this: The gist of the solution is that the MATCH function is used to identify the correct row number in project, and the INDEX function retrieves the entire row in data when column_num is set to zero(0). Working from the inside out, MATCH is used to get the row index like this: With “Neptune” in H5, the MATCH function returns 7, since “Neptune” is the seventh value in project (B5:B16). MATCH returns this result directly to the INDEX function as the row_num argument, with array given as data, and column_num set to 0: This causes INDEX to return all 4 values in the seventh column of data as a final result. In the dynamic array version of Excel, these results will spill into the range I5:L5. In Legacy Excel, the values won’t spill automatically and you will need to enter this formula as a multi-cell array formula.
Processing with other functions
Often, the purpose of looking up and retrieving an entire row of values is to feed those values into another function like SUM, MAX, MIN, AVERAGE, etc. To do this, simply nest the formula above inside the other function. For example, you can get the sum, max, and average for Project Neptune like this: In each formula, the XLOOKUP returns all 4 values in the row to the outer function, which returns a single result. If the project in H5 is changed, the formula recalculates, and a new result is returned. The INDEX and MATCH and FILTER versions of the formula can be nested in the same way.
Dave Bruns
Hi - I’m Dave Bruns, and I run Exceljet with my wife, Lisa. Our goal is to help you work faster in Excel. We create short videos, and clear examples of formulas, functions, pivot tables, conditional formatting, and charts.
