![]() ![]() The syntax for the RIGHT function is as follows: Instead, the RIGHT() function will pull characters from the end of a string. We could use the MID function, but it would be cumbersome since the cells are different lengths. We’re going to use a similar strategy, but we need a couple additional formulas. Now we need to extract the number after the hyphen in the Employee Number. The formula is complicated, so rather than type it again, you can drag it down and Excel will automatically change the cells as necessary: The final formula for the first sort cell ( B2 in the example) is as follows: The syntax for VALUE is simple: = VALUE( text) For that, we wrap it in a VALUE() function. When we sort, we need it to be a number, or the sort will treat it the same as it did in the first attempt. The MID function is going to provide the part of the Employee Number that we want, but it’s still going to be text. The FIND function is going to report the location of the hyphen in the Employee Number, but we need to tell MID how many characters to pull from the string, so we’ll have to subtract 2 from the FIND result: 1 to get in front of the hyphen and 1 to discount the “P” at the beginning. In this case, we’re looking for the hyphen, so find_text is “-“. The syntax for FIND is as follows: = FIND( find_text, within_text, ) We’re going to count the number of characters before the hyphen using the FIND() function. The number of characters in the first number is different each time, so we need to be more sneaky. The start character in this case is always the second (after the “P”), so we can specify it directly, so start_num is 2. ![]() In this case, they all come after the “P” and end right before a “-” (hyphen). We need to focus on what makes the numbers similar. The MID function can take part of a string, but we need to tell it where to start and finish. Some of the numbers are single-digit and others are double-digit, so it’s not as easy as looking for the second character. First, we’ll tackle the number after the “P” in the example, using the MID() function. We are going to use a combination of functions that look at text data to pull the numbers out of the mixed string ( another article uses similar string parsing tactics to change notation). Press CTRL-Y to repeat the action and add another column. Right-click the column labels and click Insert to add a column. Select the column to the right of the mixed cell you want to sort ( Employee Number in this example). They’ll keep the original cell un-changed, but let us re-arrange the data how we’d like. To get around Excel’s annoying handling of numbers in text, we’re going to create a couple of columns to sort with. We’re going to need to do a bit more work to make Excel do our bidding… Creating Sort Columns ![]() It sorts according to the order the “letters” appear instead of the entire number (e.g. Since the cells contain text as well as numbers, Excel treats the entire cell like a text string. Let’s see how well it worked. On first glance, it might look like it did the trick… The first numbers after the “P” are sorted, but wait…įor some reason, Excel thinks that “P51” comes before “P5”. Then click on the Sort button on the Data tab of the menu.Ĭhoose to sort by the Employee Number field and click OK. If you are following along with the example, it’s A:D. Select the columns of data you want to be affected by the sort. It might make sense to sort the employees by department number first and then by recruit date… Let’s see if Excel is smart enough to do this on it’s own. This might have a different structure like “P-”. Maybe these employees have an employee number that is based on when they were hired or what division they were recruited from. All of these are easy to organize around – they are all pure text. It might have their first name, last name, and job title. Let’s imagine you have a list of employees. Mixed in key serial number how to#Here is how to sort alphanumeric data with complete control… Then, what do you do? A normal Excel alphabetical sort will not prioritize the numeric parts of a string on its own. ![]() Sometimes, though, you may need to sort product IDs, employee numbers, or other information that has letters and numbers in it. Excel’s built-in sort functions are incredibly useful for organizing data and ordering information like dates, times, and other numerical inputs. ![]()
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