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Physics of FIFA

ZZ

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Like Nate Charles, I too enjoy the game of FIFA that Electronic Arts puts out every year. As a soccer player, I'm not quite sure how much of it translates into real life, as many of the players are capable of things they can only wish to do in real life. While fidgeting the other day I managed to score a goal with Cristiano Ronaldo, one of the most famous soccer players, from 42 yards away. If you know anything about soccer, you'd be pretty impressed as most goals are scored inside 18 yards. I decided I'd calculate how accurate this is to his normal free kick.

After scoring this goal I timed how long the ball was in the air in its path to the goal - about 1.26 seconds. Simply by taking the distance and dividing by time (after converting to m/s) this yields a velocity of 30.5 m/s in the x direction. I thought if anything this was quite fast, however after some research online I realized that this velocity was in fact slower than normal. Ronaldo normally takes free kicks upwards of 130km/hr (36.1 m/s), meaning that if he hit this one in a real game he would've most likely had his shirt off runnning around celebrating about 10 seconds earlier than in FIFA. For the most part I believe the game does as well as anyone could do in making the game realistic, however there are certain aspects that will make me question the laws of physics as well.



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