For all you know I'm from sub-saharan africa. And on that topic, there's a reason people in the middle east tend to cover themselves completely despite the intense heat.
The body heat inside the suit would take a while to become an issue, and it would also be mitigated by the fact that they were probably venting some air out (compressed air from the oxygen tank would need to be vented after they breathed it).
Either way, the point here is that you are cherry-picking factoids and twisting them to support your already drawn conclusion, rather than look for the easily available explanations for why they aren't actually a problem.
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Body heat inside the suit would be a problem
before the moon-walkers exited the LEM. The entire LEM would be subject to the oven-like environment of A) being in direct sunlight which is 250 deg. F. on the moon. Plus, B) the moon's surface is heated to the same 250 deg. F. so
it's like landing in a pre-heated oven. Cookies can bake at that temperature. Try wrapping cookie dough in aluminum foil in a hot oven and see what they're like after a half hour.
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Compressed oxygen would provide some cooling all right, but how much? The astronauts never said their suits were cooled by oxygen, they said "air conditioning" equipment in their back packs. If the oxygen tank was in the pack,
the tank itself would be what cools when liquified gas under 20,000 psi +/- would boil off for breathing,
and the back pack itself would be heated by the sun. The amount of cooling that would arrive via the air being breathed would be heated by the hose connecting the space suit to the backpack. It's all pretty vague stuff here. None of the explanations for cooling say anything about cooling the space suit by evaporating liquid oxygen. They say "air conditioning."
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How would breathing air help to cool your feet or legs for example?
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When Elon Musk or any other private venture tries to go to the moon we're going to become informed a lot better, it seems to me.
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In the videos I linked above, Bill Kaysing said it's not any ONE THING that makes the difference, rather it's the total collection of all the various topics and systems raising red flags that discredits the official story. And notice when NASA spokesmen pretend to answer the questions, they go broad and general, making sweeping statements without answering any individual specific points in particular. They never say what type of batteries were used (Matthew found one "silver zinc" which is usually used for watch batteries) and whatever they were they never made it into commercial production for automotive use. We went directly from lead-acid automotive batteries to lithium-ion, but the latter was not invented until 17 years after Apollo (1980).
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And how would they have charged the batteries, with solar cells? Where are the solar cells on the LEM photographs? They would have had to use an enormous array, which could have served as a sun shade but none of the photos have that. Never mind that solar cells were still in their infancy in the 1960's, very inefficient.
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