There's the girl that I like
Now more then every, she gives me butterflies
It makes my stomach queasy every time she walks by
I know I can be cool if I try
I just read through all that :p.
The only other major I want to do, is maths, but under the current system, I cannot major in maths. I should probably do comp1911/1917 so I can if the system changes... But there really isn't any first year math/physics electives.. :(
Interesting... it appears that relativistic mass does not contribute to a black hole. http://www.physics.adelaide.edu.au/~dkoks/Faq/Relativity/BlackHoles/black_fast.html
I think I just assumed that because it doesn't form a black hole, it doesn't contribute to gravity. I think this has come...
This is basically the answer. Gravity is only dependent upon the rest mass of the object. The relativistic mass does not contribute to the strength of gravity from the object. And, as you said, if you change your FOR to the FOR of the moving object, then it is now at rest and has no more...
Just a note, this is not v = c, so there is still length and there is still time. And remember, F=\frac{GMm}{d^2} so if you decrease d, you increase the force of gravity at the point, which would just create a 'stronger' black hole.
I was questioning "Nature alone could not have pulled off the greatest engineering of all time."
I got into UNSW because I am skeptical of the world and I don't believe things without evidence. Hence why I am doing adv science.