nopeda, on 21 June 2012 - 09:34 PM, said:
Then tell me what evidence that xts have been here you are able to recognise. So far it appears you can't recognise any of it at all, meaning of course you can't get to the starting line as I pointed out before.
You can't recognize what doesn't exist. You have belief there is evidence but no actual evidence
nopeda said:
To find the absolute speed of your vehicles you of course would have to include the velocity of the surface of the planet they are on, plus the velocity of the planet's orbit around a star, plus the velocity of the star's orbit around the center of the galaxy, plus whatever else. Here are some of the velocities that you need to factor into your attempt to find the absolute speed of vehicles on the surface of this planet:
_________________________________________________________
a spot on the equator rotates at approximately 1037.5646 miles per hour
. . .
Notice that you are off by well over a million miles per hour. Try to get it closer than that if you can...try again...
First: We are talking actual speeds not absolute speeds of the vehicles.
Second: The vehicles being in the same area are equally affected by the rotation of the earth. If they are both at the equator they are both traveling west to east at about 1037 mph. Say they are traveling away from each other, one east and one west, each traveling 60 mph according to their speedometers. When the rotation of the earth is factored in the one traveling west (with the rotation of the earth) is going 1097 mph and the one traveling east (against the rotation) is actually traveling west at 977 mph. The relative speed is 120 mph away from each other. Of great interest is that if we ignore the rotation of the earth and use only the actual speeds of 60 mph for each vehicle we arrive at the same answer. Proof that because they are in the same area and equally affected by the rotation of the earth we can ignore the rotation and arrive at the correct answer. In the same way we can ignore the earth's revolution around the sun, the solar system around the galactic center and the galaxy through the universe. it would be different if they were not in the same area of the earth or on different worlds, etc... but since they are in the same area, and equally affected by those motions the examples I gave previously are quite valid.
nopeda said:
There's no reason to think someone on the Earth and someone on the moon would see a flash of light from someplace else at the same time, so again you can't get to the starting line. You appear to be clueless about all of this, yet desperately want people to believe you're somehow some sort of an authority.
Since we are not talking about a flash of light but a beam of light similar to a laser beam, there is no reason to believe that they wouldn't be able to see the beam at the same time.
I am not now nor have I ever indicated I am an expert in anything yet I seem to be able to comprehend some basic concepts you have problems with.