The 192nd Quiz for Car Enthusiasts – Physics in and around the Car
The Doppler effect, camber movement, or… cold forming!—what was that again? We come across these terms time and time again—in test drive reports, at the repair shop, and at the regulars' table. But what exactly do they mean? We tend to pretend it's crystal clear to us, even though… Let's be honest: some things are only vaguely familiar to us.
Sure, the experts—and there are quite a few of them here, too—know all this, of course. And we, the laypeople, are amazed, don't understand a thing, or are even certain that our cars will drive just fine even if we don't know exactly why. And we're right about that. And yet: Anyone who understands why the car pushes outward over the front wheels when taking a curve, or why a passing race car suddenly sounds lower-pitched, experiences every drive a little more consciously.
This perspective is especially worthwhile with classic cars. Without ABS, ESP, and power steering, the forces are felt unfiltered—both on the steering wheel and in the passenger seat.
After our rather challenging tire quiz, our latest quiz is all about physics. Some of you might wonder what's so easy about that. But perhaps the point is to formulate it precisely for once and describe in just a few words what lies behind a particular effect. So: Have fun!
