a photon is absorbed when the electron moves UP a stationary state.but at the ground state there are no electron wavelengths because n=0
I believe from your perspective the earth's mass would've increased a shit tonne but from the perspective of the people on earth, their mass is normal and your spaceship weighs a shit tonnewhat about if you are travelling at relativistic speeds on a spaceship and you go past the earth. Will the earth increase its mass by a shit tonne??
Its not required...It's physics not chemistry...anyone doing astro, do we need to know the actual chemical equations of the PP and CNO reactions? Or is it enough to know it just in words, ceebs remembering the little numbers and shit
Does this means that if we get close to the planet, the gravity would fuck us?Yes, it depends on whichever frame of reference you are looking from.
If you are on a spaceship travelling at close to the speed of light, you would measure the mass to be it's rest mass.
However an observer on Earth would measure the mass of the spaceship to be greater because of mass dilation, therefore it is a relativistic mass.
The same applies for the Earth.
You would measure the Earth to be more massive because inside your frame of reference, you could assume your spaceship is stationary and that the Earth is moving at the speed your spaceship is moving (close to the speed of light).
However on Earth, it would be measured as its true mass; 6x10^24.