It was when I was a kid and it was raining. I walked alone, with an umbrella. But I was soaking wet. At that time, I didn't want to be white. As time passed, I began to forget. I wanted to say it three days ago, but I forgot it because it took a while. I just remembered it today, so I'll talk about it. Once, I was at home and it happened to be raining. However, the rain falls vertically. But what if I was going to get wet? It was windy that time, and there should have been only one direction. It can't be that there are two winds in different directions in my place, right? That being the case, only one side of my clothes should be wet. The only explanation for this is that the rain falls diagonally. The rain line around me was at a very high angle to the vertical direction, causing the rain to bypass the umbrella and reach me. However, this does not match my experience. There are always exceptions, or that rain is the exception. Rain is when cold air meets hot air, and the hot air condenses into droplets. Rain has rain lines, why? Because the essence of rain is water droplets, and rain is the overall image formed by the continuous falling rain. If there is no rain line, in fact, people will not get wet even if they stand in the rain. Of course, the rain line, like the magnetic line, is imaginary, and it describes the trajectory of a water droplet as it falls. So, what do you think is the reason? Mizukawa asked them after a long opening statement.

Since the rain line is not a real line, it is not very resistant to external forces. There are so many rain lines in the rain, how can you make sure that all the water droplets in the rain lines are in your own rain lines? In other words, will the rain lines cross? You get wet with rain, maybe it's what happens when the rain lines cross. The underside of the rain line A is snatched by the rain line B, but the rain line still falls under itself. As a result, the water droplets of rain line B are squeezed onto your body. Of course, rain line crossings don't happen all around you. In fact, the intersection has always existed when the cold and hot air on the two rain lines condense into water droplets.

Duenias, the crossing of the rain lines is an accident, so why is Mizukawa Mizumi getting wet all over, is it that all the rain lines around him are crossing?

The wind is coming, you forgot that there is a wind! The crossing of the rain line was originally a fortuitous event, but the wind was all-encompassing. When the wind blows two rain lines, the other rain lines also cross. And that's the domino effect. Wind and rain are different in that the wind is a whole. Because the wind cannot be cut into many individuals, the effect of the wind on the rain line is comprehensive. There is another reason: Mizukawa rice is in the center of the rainy area. Imagine if you were on the edge of a rainy area, or even very close to the rainy area. You'll notice that there's hardly any sign of rain here. Actually, the rain line here is not dense. In the central area, the density of the rain line greatly increases the probability of the rain line crossing. And there are many rain lines, so crossovers inevitably occur.

Duenias, the water droplets are a separate individual, why does it have to be a rain line?

Margarita, actually, is quite simple. Mizukawa was right to see the rain falling vertically in her own home. Because the water droplets are subjected to gravity. If it falls in a curve or a broken line, it will definitely consume more energy. According to the principle of lowest energy, only falling in a vertical direction will make the least amount of energy used.

Dueñas was right, and it just cleared my mind. Mizukawa said.