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originally posted by: onebigmonkey
Nonsense. This is a typical "Emperor's new clothes" line of debate. Repeating a lie does not make it true. Do you have any kind of measurement to prove the difference in speed of movement? Anything? Or are you just relying on bold claims hoping no-one will check. Support your claim or don't bother with it.
originally posted by: turbonium1
originally posted by: onebigmonkey
Nonsense. This is a typical "Emperor's new clothes" line of debate. Repeating a lie does not make it true. Do you have any kind of measurement to prove the difference in speed of movement? Anything? Or are you just relying on bold claims hoping no-one will check. Support your claim or don't bother with it.
You are claiming that the Apollo 11 clip at 2x speed shows an astronaut moving at the SAME speed as the Apollo 15 astronauts at 2x speed, correct?
You claim I am lying when I say they are NOT moving at the same speed, right?
On the second claim, please show me proof that I am lying...
If you cannot, then you need to retract your claim.
You cannot accuse me of lying, and have nothing to support your accusation. If you have no proof, which I know you do not, then it is YOU who is lying, about me.
Go ahead then - we'll soon find out who of us is really lying.
As for my claim they are NOT moving at the same speed, in Apollo 11 and 15 clips set to 2x speed....
Only an Apollo-ite would say they don't move at different speeds, and demand measurements to prove it, while never specifying what sort of measurements they need to prove it. That way, you can ask for more measurements, but not specify what sort of measurements to get, and over and over it goes.
Let's say you saw an old movie, where the actors are moving faster than normal speed.
Now, how do you know it is faster than normal, without measuring it?
By your argument, you do not know it is faster, because you have no measurements that prove it is faster.
So would you say the old movie is the same speed as today's movies?
I think you can see it with your own eyes that the old movie is too fast, just like everyone else would, right?
That is the same thing with the Apollo clips - we can see it with our own eyes that they are not the same speed. Only the Apollo-ites are blind to it, and demand that it be measured, while not saying what to measure, and demand that until it is measured, to their satisfaction (which is impossible to achieve), that there is no proof they are not the same speed.
So how would you prove an old movie is faster than a current movie, to meet your unattainable, impossible Apollo-ite requirements?
originally posted by: John_Rodger_Cornman
...and the whole van allen belt killing you with radiation with ALOT of lead protection.
In some cases, e.g. 32
P, the bremsstrahlung produced by shielding the beta radiation with the normally used dense materials (e.g. lead) is itself dangerous; in such cases, shielding must be accomplished with low density materials, e.g. Plexiglas (Lucite), plastic, wood, or water;[19] as the atomic number is lower for these materials, the intensity of bremsstrahlung is significantly reduced but a larger thickness of shielding is required to stop the electrons (beta radiation).
originally posted by: John_Rodger_Cornman
I believe the moon landing where real
but it was not the footage we saw and the technology we used was not the technology in the footage(William cooper debunked the moon landings using the laws of thermodynamics and the isolating properties of the vaccuum of space).
I believe there was a totally different video with totally different technology to combat solar radiation(you can't refrigerate in space)
and the whole van allen belt killing you with radiation with ALOT of lead protection.
originally posted by: Bedlam
a reply to: John_Rodger_Cornman
Cooling in space is definitely doable. It just takes a different approach.
You have to mostly depend on radiating the heat away. This is eased somewhat by the fact that your radiative sink is at absolute zero. You can also sublimate, and that was done a lot.
originally posted by: onebigmonkey
a reply to: charlyv
It would depend on the emission source.
originally posted by: John_Rodger_Cornman
Which is the reason why I believe the shielding(some type of classified gold based meta-material maybe?) on the module and the suits where different from what they have told us and the cooling systems are different from what they have disclosed to the public(a high efficiency re-pressurizing refrigeration unit would work but not what they told the public).
let it disperse into space taking heat out of the suit with it.
On shorter EVAs, a couple of liters.
How much water would you need to keep cooling them down?