Three years ago I packed up my sub-compact car, bid farewell to teary-eyed parents, and drove more 3,000 miles from Philadelphia to San Francisco. California is great, but I miss my hometown dearly. My coworkers -- most of whom think I'm "obsessed" -- allow me to hang a Pennsylvania state flag and various Philadelphia sports posters around the office. But I feel most connected with my hometown through my fanatical devotion to the Philadelphia Eagles.
Although Northern California weather doesn't really recognize the existence of seasons, my year is divided into two: NFL season and the off season. I've been anticipating the start of the 2009 season for months and recently decided I'd use Google to track just how much longer I need to wait.
A web search for "nfl schedule" revealed the Eagles' first regular season game is September 13th, but I wanted to know exactly how many days stand between me and Eagles' glory (or heartbreak). I'm a much bigger fan of the Eagles than I am of math, so I was relieved to find a pair of Google spreadsheets functions that not only count the days for me, but also keep that count updated over time. Here's how it works:
The DAYS360 function calculates the difference between two given dates. In this case, the dates we want to plug in (the "arguments") are:
1. Today's date
2. September 13th
To get the first argument, we will use the TODAY function. I could enter today's date, but using the TODAY function makes for a smarter spreadsheet because it will update automatically each day. The TODAY function is really simple and requires no inputs (or arguments); I just type "=TODAY()" into a cell in my spreadsheet, and the function returns "8/7/09."
Now I want to create a cell with the second argument for the DAYS360 function: the game date. I'll type "Sep 13" into cell B4. Google spreadsheets understand that I am typing a date and automatically convert the text to this format: "9/13/2009."
So far, so good. Now that we have our two arguments, we are ready to use the DAYS360 function. The syntax for DAYS360 is "=DAYS360(date_1, date_2, type)". Because date_1 is located in cell A2 and date_2 is located in cell B4, the function should look like this: "=DAYS360(A2, B4)". (The "type" argument is optional and not necessary here so I'll omit it). I could also have skipped typing "Aug 13" into its own cell and written the function like this: "=DAYS360(A2, "8/13/2009")".
If you want to view an additional example of the DAYS360 function or see other useful functions, visit the Google spreadsheets function list. Otherwise, adjust your digital antennas and stock up on nacho supplies because the Eagles' season is almost here.
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