Quantum11":3srsoegm said:
With the guy reaching to grab the corner of the flag to keep it from appearing to blow in a wind....
You have a flagpole, with a horizontal bar on top, making an L shape with the flag tethered to it along two edges, leaving only one corner of the flag hanging free. You have a guy twisting or rotating the flagpole as he attempts to drive it into the ground, using a combination of a "drilling" motion back and forth, and then banging the flagpole from above.
You have low gravity and a vacuum, where once something starts moving, it tends to carry on moving for a lot longer than it would on Earth.
Of course the corner of the flag will be waving back and forth. Anything that makes the corner move will have an effect that is far greater than the same effect would be on Earth.
Of course, if they are trying to film it, they want to stop the flag from moving. How might they stop the oscillations in the flag? They can wait for the pendulum-like effect to slow down by itself, which would take a whole lot longer than it would on Earth, or they can simply grab the corner.
Quantum11":3srsoegm said:
and the question about the LIGHTING....along with what appears to be a spotlit set, rather than a sunlit lunar surface, it's no wonder the hoax proponents keep going crazy about Apollo.
It is interesting how the sunlit lunar surface can look like that:
http://www.xmission.com/~jwindley/manmoon.html
(The rest of the page after Fig 1, Note C
Also, whenever you are taking a photo or a film, you need to make sure the scene is lit well. If the scene is too dark the film won't show much, and if the scene is too bright, the resulting image will look overexposed. You have to take advantange of the natural lighting and adjust the camera, or the position of the camera, to suit. The subject of the photo will naturally be concerned that he is being shown in the best light, even if the only light is coming from the sun.