Why does the speed of light increases with increase in temperature?

Answer 1

It's my opinion that time stop's. I base this on the event horizon of a black hole. It might not stop for the object but it might stop to us. I could be an object keeps mass length time but not in our physical demension/universe. Alternate answer: Approaching the speed of light; 1) Your time slows down (relatively), 2) Your mass increases and 3) Your lenght shortens (relatively).

Answer 2

Anything that's moving relative to you becomes shorter in the direction it's moving.

The faster it goes relative to you, the more it shrinks in the direction it's moving.

The "rocket" part and the "speed of light" part are just window dressing, to stimulate

people who don't realize how astonishing the basic fact is without them.

Answer 3

The mass of any object increases when it moves. It doesn't have to be moving

anywhere near the speed of light. It just has to be moving.

The rest of the story is that when the object is moving, it gets shorter (thinner)

along the direction it's moving, and its wristwatch and its heartbeat run slower.

I'm not sure anyone can tell you "why", but there's no doubt that these things

really happen. They've been obseved and measured in thousands of experiments

during the past hundred years or so.

Answer 4

The speed of light, c is constant in all reference frames and is roughly equal to 3.00x108 meters per second. In the context of Einstein's relativity, the c2 functions more as a unit conversion factor than a constant. As such, it is squared as a result of dimensional analysis - energy is measured in joules, or kg m2 s-2, so adding the c2 ensures that the relationship between energy and mass is dimensionally consistent. ~ WikiHow.

Answer 5

The speed of light does not increase with an increase in temperature. In a vacuum, the speed of light is a constant at approximately 299,792 kilometers per second. However, in different mediums, such as air or glass, the speed of light can change due to interactions with the atoms and molecules in the material.

Answer 6

Because heat means faster moving particles, which means more space between them, which means that the light can travel faster.

Answer 7

The easiest way to explain this is to look at this equation: 2+x=4. The only way to make the equation correct is to express it in such as way that it is balanced.