2 ms·
This is integrating over a distance, not a time. If you stay stationary you never get to your destination and get an infinite amount of rain (and the question i
by heisenzombie 2y ago
This is integrating over a distance, not a time. If you stay stationary you never get to your destination and get an infinite amount of rain (and the question is just ill posed).
If you move with even a tiny forward velocity then you'll start getting a few raindrops on your front. As you go faster, you get more rain per second on your front but spend less time in the rain.
- photon_rancher 2y agoLikewise the minimum amount of rain you could catch would only be on your front from moving at an infinite speed. You’d leave behind a tunnel of missing raindrops in the shape of your profile along your path. As you move slower or faster you approach one limit or the other.