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Snail, you're effort is valiant.![]()
(2) Firstly I apologize for that statement as I thought you had in a previous post said that satellites do not exist, so I am sorry for that.(1) Firstly there are some statellites that a Geostationary these are used for communications and they are parked motionless ................
(2) I was just correcting the lie that you told about me not believing in satellites.
(3)Because it's a communication signal that your television is recieving it's coming from a Geostationary satellite, as you say it cmes in a straight line, because there are non-moving geostationary satellites positioned all over the globe in this post-modern era, they are able to communicate with each other, this is how you can recieve a signal from the other side of the world.
(1) and (3) you state that some satellites are stationary, do not move, are motionless, in an earlier post you state this:
besides having contradicted yourself, how do the motionless satellites resist this moving atmosphere??The outer atmosphere of the earth is in motion, that is why the satellite moves around the earth, if it was the earth that was moving along with it's atmosphere, then the sateillite could not orbit as it would be moving within the atmosphere of a moving earth, but it revolves along with space which revolves around the earth.
Ok I'm going to be completely annoying and throw it out there.
Your both right, and it's called relativity.
To the Sun we are orbitting it, but to us the Sun is orbitting us, and the planets are orbitting the sun, but can also be seen to be doing this really funky pattern near the earth which is largely determined by the Suns gravity.
I can't be bothered explaining relativity right now, I'm presuming you know what it is snail and if you don't cup I can explain it later.
Ok I'm going to be completely annoying and throw it out there.
Your both right, and it's called relativity.
To the Sun we are orbitting it, but to us the Sun is orbitting us, and the planets are orbitting the sun, but can also be seen to be doing this really funky pattern near the earth which is largely determined by the Suns gravity.
I can't be bothered explaining relativity right now, I'm presuming you know what it is snail and if you don't cup I can explain it later.
Your both right, and it's called relativity.
Don't bother trying to explain it to Cup, it's all Greek to him.
Also Cup...you have said we cannot get to never mind land on the moon. Can you explain the two stage crash that NASA did last month in October when they crashed an old spacecraft and a smaller craft into the moons south pole to examine the dust that the impact threw up for water(which evidently they have found 25 gallons of it). Note, this was observed by many amateur astronomers, although the dust plume was not as significant as expected, it was observed!
Also Cup...you have said we cannot get to never mind land on the moon. Can you explain the two stage crash that NASA did last month in October when they crashed an old spacecraft and a smaller craft into the moons south pole to examine the dust that the impact threw up for water(which evidently they have found 25 gallons of it). Note, this was observed by many amateur astronomers, although the dust plume was not as significant as expected, it was observed!
Ah no, Cup isn't right at all, Stuey. The heliocentricity of the universe has been known for a couple of hundred of years and proveable by a number of methods - the sun does not move around the earth, it only appears to from an earth-based observer. Satellites are not motionless, they don't need "engines to push them along" , and LEO satellites do not need fuel to push them along - the first satellite Sputnik 1 which was basically a LEO ball of metal with a radio circulated the earth on its own momentum for 3 months before the orbit decayed and fell to earth. And the claims that satellites aren't or cannot be developed w.r.t. to a rotating earth is nonsense, because the maths is trivial, and the earth rotation constant is implemented in many satellite systems and hand held GPS receivers because it needs to be there, because the earth is rotating on its axis.
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besides having contradicted yourself, how do the motionless satellites resist this moving atmosphere??
That's right it fell to the earth, it is in a perpetual state of falling while it maintains initial speed due to original propulsion, accounting for the curvature of the sphere of the earth, as long it can maintain speed in LEO it will stay up until it loses speed and cannot account for the curvature of the sphere of the earth loses, thus losing perpetual falling state and cames back down to earth, this would be called 'orbit'.
I didn't contradict myself as Geostationary Satellites do not move, are you suggesting that the atmosphere of the earth is also rotating at 1000 miles per hour aprox. (Equator) as well as the earth, how do detect this when no experiment has ever detected this movement, of the atmosphere or the earth west to east.
I'm still waiting on one reference from you that says geostationary satellites are motionless and not in a geosynchronous orbit. They are based upon the same principle as LEO re: momentum, and obviously since they are well outside of earth's atmosphere do not need anything to push them along - but that doesn't mean they are motionless. The large ones carry fuel and propulsion in order to correct the orbit when required.

The fact is that every airplane you travelled on probably has an inertial nav. system and or GPS and all these systems account for the rotation of the earth because it's a measureable quantity that needs to be corrected for.