![]() Instead, the DATE function causes the result to roll-over into the next year and create. We have requested 13 months, but Excel is intelligent enough to know that doesn’t exist as a UK date format. The SEQUENCE function is applied to the month argument therefore, it adds one to the month for each subsequent result. This formula creates a sequence of monthly dates starting on January 1st, 2020. The formula in cell B2 is: =DATE(2020,SEQUENCE(13),1) Note: As I am based in the UK, the screenshot below shows the UK date format (dd/mm/yyyy). The example below shows how to use SEQUENCE inside the DATE function. Example 2 – Using SEQUENCE inside other functions The order of the numbers is important here, the function increments across the columns before moving to the next row. When using the rows and columns arguments, it creates sequential numbers in a two-dimensional array. The formula in cell D2 uses all the arguments: Rows, Columns, Start and Step. SEQUENCE has created a list of sequential numbers 8 rows, 1 column, starting at 1 and incrementing by 1 for each cell. Therefore, the default values are applied for each of these. In this formula, only the Rows argument is provided all the other arguments ( optional, optional, and optional), have been excluded. The two examples below show the basic usage of the SEQUENCE function to provide a sequence of numbers. As a dynamic array function, the result will automatically spill into neighboring rows and columns. The following examples illustrate how to use the SEQUENCE function in Excel. Look at Example 3 to learn how to flip that functionality around. Please note, while Excel creates sequences in rows and columns, it moves across columns, before moving down to the next row. ![]()
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