If a person were running at the speed of light, what would happen to the person who collided with hi

We grew up little by little, from toddlers to runs, so we will experience a lot of stumbles in the process of growing up, but we will all grow upThe question was raised if a person were to run at the speed of light, what would happen to the person who collided with him? Our people are running at the speed of light, and the person who collides with him may become a puddle of flesh, because the two collisions will create a lot of momentum and lead to a miserable end for us.

According to the theorem of conservation of momentum, the force we experience is equal to the mass multiplied by the speed, and we all know that the speed of light is quite large, so assuming that the speed of a person reaches the speed of light, we run up and hit any object and our person will fall into a pulp. And the person who collides with it is no exception to become meat puree, so it is better not to make such assumptions. We all know that the speed of the plane does not reach the speed of light, and when our plane is flying in the sky, if our plane hits a bird, there will be a big traffic accident, so if our people reach the speed of light, the outcome will not be so good that if they hit another person, both of them will die.

Many of our scientific achievements are realized through fantasy, we have fantasized that people can go down to the ocean, and then scientists have developed submarines, and our people imagine that they can go to space and have the birth of spaceships, these great scientific achievements are realized step by step through people's fantasies, so it is not impossible for us to imagine that people can reach the speed of light, but we must also be careful not to hit people, otherwise it may cause irreparable damage.

People have always been curious about how fast the speed of light is, and our scientists have been studying how to make us humans reach the speed of light, but this idea is relatively difficult to achieve on Earth, because if you walk at the speed of light on Earth, you will inevitably bump into a lot of things, so we can use this research in the field of space research.

Dead. Because the speed of this person is too fast, and the kinetic energy he carries is quite huge, so the person who collides with him will die instantly.

Both of them will be crushed to pieces. Because the greater the velocity, the greater the mass of the object, and if two massive objects collide, they will be destroyed.

When the speed reaches the speed of light, people are able to cross, and if two people meet at the speed of light, then the two people travel together, but I don't think this is very credible.

I guess I don't know if I'm going to be knocked to pieces! The speed of light Normally, we will feel pain when we collide at such a slow speed, but the collision of the speed of light is not pain.

The first question, what does the near-speed of light mean? Close to the speed of light? For example, if the velocities are close to each other, then it seems that the velocity of b is about about from a, but you should know that according to the mass-energy formula, this extra little speed is relatively much more than the mass of b, from the original reference frame, b is only a little more than 7 times the rest mass, but from a, b's mass is more than twice the rest mass, and when it is close to the speed of light, the velocity increases a little, and the mass is n times upward.

If it is said to advance at the speed of light, there is no such situation of shed decoupling, and the object that can move at the speed of light has zero rest mass. In this way, can the original owner understand the problem of energy when colliding under the coordinate transformation of the theory of relativity? To add a sentence to the bridge family, the landlord's description of the first problem is not rigorous, at least physically speaking, it can't be said that the collision produces energy or something, the second question, the coordinate transformation in the special theory of relativity, the speed superposition is not a simple addition, but also has a corresponding speed transformation formula, as mentioned above, the superposition of two opposite directions is about Not satisfactory.