| Subject: Re: speed and mass near and inside a black hole |
| From: "Sir Arthur C.B.E. Wholeflaffers A.S.A." <garymatalucci@gmail.com> |
| Date: 23/02/2010, 17:48 |
| Newsgroups: alt.alien.visitors,alt.alien.research,alt.paranet.ufo,sci.skeptic |
On Feb 19, 10:01 pm, "I. F." <exformat...@gmail.com> wrote:
Hello,
I have a question regarding the special and general relativity.
let's assume it is about a black hole such as the one in the center of
Milky Way
if an initially static clock falls close or inside a black hole(event
horizon), then of course its speed increases and by using the special
relativity, its mass should too, right?
the question is the following:
how close (1%, 10%, 90%, 99%, 99.99%??) to the speed of light would be
the clock near or inside the black hole (event horizon)?
what would be its mass (same, x2, x10, x100, x1000, x100000000000)??
if then this clock has a speed s<c, why travelling at a speed s2 in
the opposite direction such as s<s2<c would not allow to escape the
black hole?
finally, is it possible that a clock remains functionning behind the
event horizon if its mass has become so huge?
Any reply for one of the question is very welcome, please!
Let's send the debunkers through a black hole! That would be
sweeeeeeeeeeeeeeeet!
Sir A!