=P hello everyone, sorry if im wrong in anything, for i just finished my O-levels education, so im not exectly very knowledgable... but i would be direct to the point...
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Question A:
Being new and unsure into relativity, i was wondering if this is correct...
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| Observer A | --> Moving at 1/4 c
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| Observer B | --> Moving at 1/8 c
Hence, Observer B will observe Observer A moving at 1/8 c
Let V = 1/8 c
Hence, for every 1 second observer B "experiances", Observer A will "experiance" (1 - V^2 / C^2)^(1/2) seconds
T[a] = (1 - V^2 / C^2)^(1/2)
T[a] = (1 - 1/8^2)^(1/2)
T[a] = (1 - 1/64)^(1/2)
T[a] = (63/64)^(1/2)
T[a] ~ 0.9921567416 [10.sf]
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Question B:
All i know is a black hole is a huge lump of mass, so huge that the gravity will suck in anything, and turn anything into "spegetti" while sucking them in, and is effected theoretically by Hawking radiation and hence "slowly, very slowly decaying"....
BUT what is the black hole really made of, a super condensed mass of neutrons? protons?... ?_? electrons?... or something else.... ?_?