Recent content by Serenityseeker22

That's what I needed to hear, thank you very much.

Same formula,KE=M*C2 just without Lorentz factor, because I thought it's only relevant when the body moves with relativistic speeds, not when it gets accelerated. Of course I might be wrong, and I probably am, that's why I'm asking.

What I'm trying to say is that the energy needed to accelerate the asteroid is much lesser, than the total kinetic energy this asteroid distributes. It violates some laws of physics, I'm sure of it, but I don't know what exactly and how. My calculations: Lorentz factor -- oh-my-god...

Hi everyone. Given: an asteroid with the mass of 50,000,000 kg, which is moving with the velocity of oh-my-god particle -- 99.99999999999999999999951% of c. Due to relativistic effects, its total kinetic energy will be 1.44 E+36 Joules (Lorentz factor = 3.2 E+11). A hypothetical particle...