When it rains, does the same distance go fast and rain more, or walk slowly and rain more?

Walking slowly and raining a lot.

But go fast and drenched.

If the journey is particularly long and the rain is particularly heavy, it doesn't matter how fast or slow you go, because you're already drenched.

Is it walking slowly and raining less!! I did an experiment with a classmate, because we saw this question in a physics competition book, and we started out the same as you think, but the answer was the opposite of what we thought, and we were very strange, so we did an experiment on a rainy day, and the result surprised me. We found that we walked slowly and got less rain.

We also asked the physics teacher, he is very complicated, it is difficult to say, I hope you think about it slowly, hard work!

It should be less fast!

Let's assume that A and B are two; A is infinitely slow, B is infinitely fast. After the same distance, it is naturally a lot.

In fact, we lack premises, such as; 1 wind direction, 2 rain size,

Of course, it's slow to get a lot of rain, and the next time it rains, you try to get your speed close to 0.

The distance is certain, the fast walk is more rainy, and the slow time must be less rainy.

But that's not about the wind speed. Rainfall. There is a certain relationship between the magnitude of the speed.

I've been thinking about this question for a long time, hehe.

Consider two extreme cases:

Moving the same distance in an instant, and walking almost without moving (i.e. taking infinite time), the former will be drenched with the cross-sectional area of yours multiplied by so much rain (referring to the rain within this range), and the latter will be drenched infinitely rainy.

So, it should be much slower.

Hehe, I don't know if it's right to think like that.

What must the time above mean, the speed is different, of course the time is different.

When it rains, it rains a lot when running for the same distance.

For the rain directly ahead, it has nothing to do with speed, no matter how fast you go, it will rain all the rain in one volume. (Although the rain will fall, but the same amount of rain is added to the front, then it can be seen that the rain is suspended in the air, and the amount of rain is proportional to the volume of space brushed by the body (the density of raindrops must be numerous)).

Naturally

Overview. When it rains, how do these small droplets grow their size to more than 1 million times? It mainly relies on two means:

One is the increase of condensation and condensation, and the other is the increase of the collision and increase of cloud droplets. In the early stages of raindrop formation, cloud droplets mainly rely on the continuous absorption of water vapor around the cloud body to condense and condense themselves.

If the water and gas energy sources in the cloud are constantly replenished and the surface of the cloud droplets is often supersaturated, then this condensation process will continue, causing the cloud droplets to grow and become raindrops.

If water droplets and ice crystals coexist in the cloud, the process of condensation and bloom increase will be greatly accelerated. When the droplets in the cloud increase to a certain extent, due to the increasing size and weight of the large droplets, they will not only catch up with the slower small droplets in the process of descending, but will also "swallow" more small droplets and make themselves stronger. When the large cloud droplets grow larger and larger, and finally the air can no longer support them, they fall straight from the clouds to the ground, and it becomes the common rain of people.

On rainy days, it rains a lot when you run, but this is because you can run much faster than you walk.

In fact, when people are walking normally, the rain is drenched vertically, and when people are running, due to the relationship of speed, the rain will fall on the person's body obliquely. If it falls vertically, the rain will fall in a limited area, but if it falls obliquely, a larger area of the person's body will be exposed to the rain. So if you run in the same amount of time, you will definitely get drenched in rain more than if you walk normally.

But there is also a variable to mention here, that is, the speed of running, if the speed of running is very fast, it only takes five seconds to run from a rainy place to a sheltered place, but it takes ten seconds to walk, then this amount of rain is also different. So the speed of running also plays a very important role. If you make sure to run in the rain, you will definitely run much faster than walking.

If the speed of running is not much different or the same as walking, then normal walking must still be rainy. When running, there must be more rain on your body, but if running for a period of time can shorten the time you spend in the rain, then it is obvious that there will be less rain when you run, after all, you will spend less time in the rain.

Therefore, if when it rains, you can run on your own to greatly shorten the time in the rain, then run and the rain will be less. However, if there are a lot of heavy objects on your hands when it rains, and there is no way to guarantee that you will be able to run much faster than walking, then simply walking slowly may get much less rain.

Therefore, the amount of rain when it rains is related to many variables, and it cannot be judged simply and directly. The time of day, the speed of running, and the amount of rain will affect the amount of rain.

Of course, it is a lot of rain when you walk, and if you think about it, if you run at the speed of Usain Bolt to reach your destination, the time spent in the rain will be greatly shortened, and if you walk slowly, the rain will all hit you.

On a rainy day, if you run and walk slowly according to scientific research, you will get the same amount of rain, because the speed of running is faster, and the rain will be faster, so it is the same as walking slowly.

I think it's normal walking and a lot of rain. Because for the same distance, if you run, you must run faster. If you walk slowly, you will spend more time in the rain than running, and of course you will have more rain.

In fact, I thought that it would rain a lot when I walked normally, but after reading a scientific magazine, I realized that there was a lot of rain when I ran, because a lot of raindrops were tilted on my body when I ran, and I was drenched even worse.

I think it's a lot of rain when you walk normally, and the rain drips vertically when you walk normally, and the rain is oblique when you run, and it takes more time than normal to fall, just like the principle of triangles.

There are as many of the two, and the Tom Research Center in the United States has done similar experiments. They had a person wearing the same clothes fly through and through the artificial rain area, and found that the weight of the rain added to the subject's body was the same.

If it's raining heavily, running in the rain may experience more raindrop density than walking in the first 5 minutes, and running in the rain will have to experience more rain than walking. After 5 minutes, it was almost the same as the body, and there was not much difference.