![]() The result of COUNTIF will update dynamically when A1, B1, or C1 are changed. For example, to count dates greater than Januin a worksheet where A1, B1, and C1 contain year, month, and day values (respectively), you can use a formula like this: =COUNTIF(range,">"&DATE(A1,B1,C1)) The DATE function can be used to supply dates as inputs to other functions like SUMIFS or COUNTIFS, since you can easily assemble a date using year, month, and day values that come from a cell reference or formula result. If A1 is then changed to 2019, the DATE function will return a date for April 15, 2019. For example, with 2018 in cell A1, the formula below returns the date April 15, 2018: =DATE(A1,4,15) // Apr 15, 2018 The DATE function is useful for assembling dates that need to change dynamically based on other inputs in a worksheet. Example #1 - hard-coded numbersįor example, you can use the DATE function to create the dates January 1, 1999, and Jwith the following syntax: =DATE(1999,1,1) // returns Jan 1, 1999 Note: to move an existing date forward or backward in time, see the EDATE and EOMONTH. ![]() ![]() In general, the DATE function is the safest way to create a date in an Excel formula, because year, month, and day values are numeric and unambiguous, in contrast to text representations of dates which can be misinterpreted. ![]() Apply a date number format to display the output from the DATE function as a date. Each argument is provided as a number, and the result is a serial number that represents a valid Excel date. Citation databases, such Web of Science and Google Scholar, offer the option of citation alerts.The DATE function creates a date using individual year, month, and day arguments. If an article, which cites your selected article or author, is added to the database you will be alerted.
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