The VAN ALLEN RADIATION BELTS would have killed the astronauts
The radiation belts were first discovered by James Van Allen.The Van Allen Radiation Belts are great amounts radiation belts trapped inside the earth's magnetic field. Some say that the astronauts could not have survived them. Others say they were well protected enough that they could get past the radiation belts and the re- entry.
How this works:
The Van Allen Radiation Belts are high amounts of radiation trapped in the earth's magnetic field outside of the earth's atmosphere. The radiation comes from the sun. The magnetic field is able to trap some of it in two belts outside the earth's atmosphere. How? In that area, there is no atmosphere. The atmosphere protects the life on earth from lethal radiation. The earth's atmosphere consists of cold air, which has less energy than hot air, so the hot air rises and the cold air sinks. Eventually, the hot air leaves the atmosphere. Without an atmosphere, it takes longer for the hot air to leave and the heat from the sun comes a lot faster. When heat goes to something quicker than it leaves it, how hot the object is starts to increase. Now, the moon's surface is over 250 degrees during the day. This means the sun's energy heats up something over twice as much if it has no atmosphere. Obviously,the heat would leave more than twice as slowly. So the Van Allen Radiation Belts would have been getting stronger for every moment, for the thousands of years the earth has existed, until they reached reached their limit, which would have extremely high radioactivity.
So, how do we know the Van Allen Radiation Belts would have reached an extreme amount of power already? How powerful is their radioactivity and how do we know? To find that out, we would have to know the three main places from where they come from. First, the main place is obviously every day energy from the sun. Sometimes, a solar flare occurs and the sun sends out storms that fortunately, for us, don't get past the magnetic field, but some of the energy is trapped in our magnetic field. The third energy source of the Van Allen Radiation Belts that we know of is Galactic Cosmic Radiation. Though we don't know how often our solar system is attacked by cosmic radiation, solar flares usually happen once every 11 years. The earth is around 10,000 years old. That's obviously long enough, even if regular heat from the sun was the Van Allen Radiation Belt's only source. How hot is it? We may never know exactly.
Are the Van Allen Radiation Belts as powerful as a powerful solar flare? Could the earth's gravity hold such a tremendous amount of radiation? The answer is yes. It has to be able to. The magnetic protects the earth during solar flares by collecting energy in the Van Allen Radiation Belts, shielding the earth's atmosphere of most of the heat and the only thing it does to the earth's atmosphere is let us see a lunar eclipse. An amount of monstrous energy we are spared from is kept in the part of our magnetic field right outside the earth's atmosphere. See, some of the heat coming to the earth is completely blocked, and the part outside is collected. Without that system, we would all die out. It's hard to believe that there is a part of the earth's magnetic field that mostly blocks a solar flare, a part that somewhat collects it and no part in between that completely collects it. Explorer 1, 3, 4, Pioneer 3, Sputnik 3 and Luna 1 seemingly only got close to the Van Allen Belts, not into them. Even if they could, a human couldn't.
There are also different beliefs of what kind of radiation the Van Allen Radiation Belts are made out of. First of all, how powerful the radioactivity is in an area depends not only on what kind of radiation it is, but also on how much radiation is trapped in the area. Secondly, since the Van Allen Radiation Belts get their energy partly from Solar flares, it should have the same types of radiation. Solar flares can produce gamma rays, radio waves X rays and UV radiation. They obviously include both fission and fusion. The Van Allen Radiation Belt is like an extremely powerful series of nuclear bombs going off all the time.
But does this mean that they couldn't pass it? James Van Allen himself believes the protection the astronauts had were powerful enough for the to survive the belts. But the protection the astronauts had was a paper- thin layer of aluminum around the spacecraft, the armor of the rocket, armor on their suits, fibers in their suits and a cooling system in their suits. If that is enough protection, NASA should see if they can re- test it by placing the rocket in a 4,000 degree area with lethal amounts of radiation and then leave it there for about 45 minutes- that's around how long it took for them to get past the Van Allen Radiation Belts. But off course, NASA is not going to do that anytime soon. And aluminum hull reduces energy from radiation only by around 75% if there is enough aluminum for the speed, intensity and amount of the radiation it's trying to resist. The aluminum hull was just paper- thin.
If the radiation couldn't kill the astronauts by over heating the area where they were or melting the material of the rocket, the radiation would have sent way more than a spark to the fuel of the engine and the oxygen tank. That should have blown up the rocket.
Even if the radiation belts couldn't kill the astronauts, or hurt them, they still prove the moon landing a hoax because it would have disrupted the communications and because NASA claims the astronauts only picked up one rem of radiation the entire trip. A rem is only 1/25 of what it takes to give someone radiation poisoning. If anyone went to the moon, they would know better than that. The Van Allen Radiation Belts are completely indisputable evidence of Apollo mission fraud.
The MOON'S DEADLY SURFACE and the supposed Apollo "moon landings."The moon is not like the earth. The earth has a highly humid atmosphere. Without it, we could not survive. That's what the moon is like. It's supposedly 200+ degrees during the day and 200- degrees during the night. We aren't sure that NASA's suits would be able to survive that. Moon landing hoax theorists are wanting a test on the suits that proves that ability, but NASA hasn't. Instead, NASA claims the astronauts landed during the early morning of the moon which lasts longer because the moon spins a whole circle every 27 days.
But if the astronauts were able to survive the moon's surface, what about the American flag and the feather Neil Armstrong used in his experiment? They weren't the least bit protected. In fact, the flag was waving in some of the clips. If the astronauts needed suits to protect themselves from the heat, then the bare flag and the bare feather would be burned up easily. Some say that's impossible because of the fact that there is no oxygen on the moon. But they are only part right. The fact that there is no oxygen on the moon is only proof that the flags and other heat- vulnerable objects wouldn't catch on fire. It's like how it is with the sun. The sun isn't on fire, but it still has the amount of radiation it takes to totally destroy things.
The RE- ENTRY INTO THE EARTH'S MAGNETIC FIELD would of killed or hurt the astronauts.
Coming back to the earth and surviving would have been a very hard part of the trip. They came from outside of the earth's magnetic field to inside the earth's atmosphere, unlike any other man- space mission.
The astronauts had to go from space through the magnetic field, and then from the magnetic field into the earth's atmosphere. This would have probably have doubled or added to the friction by around 50%. The method NASA used was they came into the magnetic field, bounced of the earth's atmosphere and then re- entered. That probably wasn't enough.