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Messages - Antonio

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21
Science & Alternative Science / Re: The Apollo Hoax
« on: December 21, 2013, 04:14:40 PM »
Obviously not parallel.
Obviously not a photograph. 

The theory is the same, but if you want some pics:





22
Science & Alternative Science / Re: The Apollo Hoax
« on: December 21, 2013, 02:06:34 PM »
Hello Tintagel

Answer: Objects on a flat surface will cast parallel shadows but the Moon's surface is bumpy and uneven. Because of the different angles of the ground, shadows were cast in unparalleled directions.

So the "lunar surface" in the studio couldn't have been bumpy and uneven?  Of course it was.  I don't think there were multiple light sources at play - however, I do see evidence of radial shadows from a single light source, indicating a light source much closer to the scene than the sun supposedly is.



You are assuming that the sun should cast parallel shadows on a flat surface, that's true on a 2D view, but on a 3D real world, perspective plays some funny tricks. You can try your own true zetetic experiment, put some poles on a flat ground and wait for an adequate solar illumination.

You will get this kind of pattern :



Obviously not parallel.


I don't buy the vast majority of the so-called "evidence" for the fakery - most of it show a gross misunderstanding of how such a film would have been produced.  There are a few compelling pieces, however, which you didn't mention.  For instance, see how deep the footprints are compared to how the lunar lander sits delicately atop the lunar dust.



Again, you are assuming a given dust depth, and a flat landing module footpad.  As you may say, you were not there, so the best you can say is that the dust depth below the footpad is unknown.

If you take a look at this:



You can see that the footpad is bowl shaped. The picture you provided does not show the whole stuff, its shape hides some dust below it. You can also see the contact probe clearly sinked into the dust.

You can find a brief explanation from James Mitchell, P 351:

Selected Geotechnical papers of James K Mitchell




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