Science Matters!

- Einstein's Universe -


Questions -

Q301 - The progressive orbit of Mercury was shown to be early validation of Einstein's theory. How would Einstein's theory affect the orbit of Mercury?
[No Answer Yet - Do You have a candidate answer?]

Q302 - In classical (Newtonian) physics, two large, rapidly moving bodies orbiting each other would be pulled toward each other's center of mass and thus trace out elliptical orbits. In Einsteinian physics, however, since gravity waves travel no faster then light, each body is pulled to where the other body was at some time T in the past (the two bodies would have since moved on). What would these orbits look like?
Answer provided by Lawrence Tuppen

Answers -

Q 301
The progressive orbit of Mercury was shown to be early validation of Einstein's theory. How would Einstein's theory affect the orbit of Mercury?

A 301
[No answer yet - Do you have a candidate answer? See Below]


Q 302
In classical (Newtonian) physics, two large, rapidly moving bodies orbiting each other would be pulled toward each other's center of mass and thus trace out elliptical orbits. In Einsteinian physics, however, since gravity waves travel no faster then light, each body is pulled to where the other body was at some time T in the past (the two bodies would have since moved on). What would these orbits look like?

A 302
No difference. Einstein affects both time and distance. If you apply all the calculations then all the changes cancel out so there is no difference.

12 May 96 - Lawrence Tuppen - rbd90@dial.pipex.com



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