New Articles
Windows 11 users have discovered a funny bug that benefits older computers....
It's easy to turn off the transmission — we tell you how to do it....
Such photos have been taken by models and social media users for a long time,...
A famous musician? A schoolteacher? Mom? Tell us about the people you looked up...
Thanks to the instructions of Artyom Kozoriz, you can cope no worse than a...
5 interesting exercises that will help you develop flexibility....
From "Starship Troopers" and "The Matrix" to...
The return of Garfield and Mufasa, the new Transformers and the Lord of the...
About Everything Wiki » Life » What strategy of behavior in the rain to choose?

What strategy of behavior in the rain to choose?

16 May 2023, 19:01, parser
0 comments    0 Show

The answer is really simple. While driving, you conditionally move from under one falling raindrop to another. That is, the total amount of precipitation falling from above does not depend on the speed of your movement.

To understand this, imagine that raindrops are stationary in the air, and you and the earth are moving towards these drops. And since the volume of the parallelepiped is equal to the area of the base of the parallelepiped multiplied by its height, no matter how fast you move, the same number of raindrops per second falls on your head.

If you don't move, then all you get is rain falling on you from above, but if you start moving, you additionally collect side raindrops from the facade. Thus, at any given second, you will be the driest if you remain motionless. And the faster you run, the faster you will get wet.

But if you need to get from point A to point B, then standing is not an option. The total amount of moisture that you will collect on the way to point B does not depend on the speed at which you will go. For example, a snowplow will collect the same amount of snow on a certain stretch of road and this amount will not depend on the speed of this machine.

When you choose the tactics of "running in the rain", imagine the parallelepiped again.  As you can see, regardless of the speed of movement, you will get the same amount of precipitation falling on you from above and regardless of the speed, on a given segment you will get the same amount of precipitation from the side. Thus, the total degree of wetting = the product of humidity per second for the time spent in the rain + humidity per meter multiplied by the distance traveled.

Summary

To stay minimally wet, moving in the rain from one point to another, you need to try to minimize the amount of water falling on top of you and run as fast as possible.

RunForrestRun!

Read also:
03 May 2023, 12:47    0    0
Dan Ackerman Greenberg is a man whose job is to make custom viral videos for his clients, which you...
Comments
reload, if the code cannot be seen