IFS function

We’ve previously covered how we can nest one or more IF functions inside the IF function. This enables us to perform multiple different actions depending on the tested condition, but it can also make the whole formula longer than necessary and hard to read/understand/correct.   The IFS function can take the place of multiple nested IF statements and is, in principle, easier to read. The syntax of the IFS function is as follows: = IFS ( logical_test ; value_if_true ;

IFERROR and IFNA functions

We’ve previously covered how we can nest the ISERROR function, the ISERR function, or the ISNA function inside the IF function in order to check for errors and perform appropriate actions if errors occur. While effective, this can make the whole formula longer than necessary and hard to read/understand/correct. The specialized IFERROR and IFNA functions with simpler syntax can take the place of the IF ISERROR and IF ISNA combinations.   The IFERROR function checks whether the cell or formula

Conditional calculations

  IF functions for cell ranges Using conditional statements, i.e., the IF function, we can test conditions and perform actions if conditions are met. This IF-THEN-ELSE conditional processing is useful when we want to add something new to our rows. However, it is not really appropriate for retrieving data from or about whole ranges of cells, sometimes containing thousands of rows and columns. For example, in order to sum the incentive paid out to “green” team members, we had to