- #1
DLeuPel
- 56
- 2
Earth rotates, it also orbits the Sun, the Sun orbits the galaxies and these have they’re own velocities as well. We know that the kinetic energy is measured by its velocity, and also that kinetic energy is related with temperature. By this I mean that the movement of particles are a measure of they’re temperature, meaning that if you were to make they’re movement faster, you would then increase they’re temperature. But these particles have already a velocity and a kinetic energy, even tho they look stationary to us.
It might be possible that that high amount of energy , we cannot notice it because we have are under the same effect as say a box of liquid water. Now my question comes here, if I where to have velocity 0 with respect to the rotation of Earth, would that box of water molecules be hot if I happen to touch it for an instance ( let’s say that the top part is open in a way that I can put my hand without effort since it is at an instant ). This can be achieved if I where to impulse myself in the contrary direction of the Earth’s rotation and having the exact same speed as the orbit but with contrary directions of the velocity. I guess it would also mean that air is hot as I touch it as well.
It might be possible that that high amount of energy , we cannot notice it because we have are under the same effect as say a box of liquid water. Now my question comes here, if I where to have velocity 0 with respect to the rotation of Earth, would that box of water molecules be hot if I happen to touch it for an instance ( let’s say that the top part is open in a way that I can put my hand without effort since it is at an instant ). This can be achieved if I where to impulse myself in the contrary direction of the Earth’s rotation and having the exact same speed as the orbit but with contrary directions of the velocity. I guess it would also mean that air is hot as I touch it as well.