convenient!
ok how about NON-parallel shadows of rocks on the moon?
1 light source (ie sun) = parallel shadows
In many photographs the shadow side of the astronauts appear illuminated, while the shadow side of rocks appear totally black. This Apollo 17 photograph [see photo] is a good example of the above hoax claim. The explanation is apparent from the photo itself. Look at the astronaut's feet and you will see that the shadow in this area is just as dark as that of the foreground rocks. The lunar surface acts as a reflector to illuminate the shadow side of the astronaut. At the elevation of the astronaut's feet, and the foreground rocks, this reflector surface is mostly covered by the adjacent shadows. However, at the elevation of the astronaut's head and torso, the shadows cover a much smaller percentage of the surface. For example, on a flat surface the angular distance from horizon to horizon is 180 degrees. At an elevation of five feet, a one-foot wide shadow subtends an angle of 11.4 degrees, or only 6% of the distance from horizon to horizon. At two inches above the ground, this shadow subtends an angle of 143 degrees, or nearly 80% of the surface. Furthermore, the rocks are darker and less reflective than the astronaut's white space suit.
Shadows cast on the lunar surface should be parallel. Some shadows in the Apollo photos are not parallel indicating more than one light source, thus the photos are fakes. Again there is a sound explanation; it is a simple a matter of perspective. A photo is a two-dimensional representation of a three-dimensional world, hence parallel lines may not appear as such on film. We all know how lines on a highway appear to diverge as they approach the observer, yet we know they are parallel. Another important factor that comes into play here is the slope of the ground. Let's consider two shadows - one cast on an upward slope and the other on a downward slope. If viewed from the side, these shadows would appear to go off in different directions. However, if viewed from high above, they would be seen as parallel. In other words, looks can be deceiving. There is no evidence of NASA trickery here.
This photograph [see photo], taken on Earth, is an excellent example illustrating how perspective causes shadows to appear non-parallel when seen on film. In this example [see photo] the astronaut on the right is standing on a small rise. The sloping ground has caused his shadow to elongate and appear at a different angle than the shadow of the astronaut on the left. Also note, if two spotlights produced the shadows then each astronaut would have two shadows.
