BrandonD said:One more free lesson: You have seen objects fall in our environment the same way for your entire life. If an object fell differently all of a sudden, chances are you would notice it. That is what I'm referring to when I reference an 'intuitive' knowledge of physics.
I'm assuming to are referring to this video:
It show objects falling at what may "intuitively" seem odd speeds toward the ground. This is exactly what I'm talking about where intuition fails. Analyze the sequences carefully and you can see that each case the fall of the object is preceded by an acceleration motion initiated by the Astronauts own movements either by the hopping or by falling. His pack is swaying or bobbing up and down which provides the initial velocity to essentially throw the objects toward the ground. Some of the shots have the initial move hidden behind the Astronaut so it is more difficult to see this action.
You can accept my analysis or not. But my own determination after see that is that it shows nothing irregular.
BrandonD said:The above example also relates to the fact that I freely acknowledge that the photos may be real.
You can't have it both ways. Either they were on the Moon or they weren't.
If some of the photos or videos are fake and some are real doesn't this already prove that they were there?
The only way that proves that they weren't there is to prove that all the material shot on the Moon was fake.
BrandonD said:But those same photos on earth would be considered photos taken in a studio under spotlights.
I assume you are referring to this photo:
<img src="http://farm3.static.flickr.com/2228/2281660495_71a0f4760d.jpg" >
Another great example of where intuition fails. So in other words you are saying like all the other believers that "if it looks like a spotlight, then it is a spotlight." Sadly to say, this is not analysis. It is faulty intuition.
Allow me to give you a free lesson on lighting and geometry.
Here is how to replicate the conditions using a basic 3D program that will demonstration how a infinite directional light source can, given the proper lighting angles and terrain features, look just like a spot light:
Build a shallow crater with the rim high enough above the Astronaut's head so the inside of the crater is above the camera's top viewing range. Make the material of the crater with normal specular and very dark almost black ambient settings. No textures required in this demonstration. Now make the inside floor of the crater irregularly sloped with the location of where the Astronaut is standing slightly bulged upward. Now create a light source (directional, infinite, shadows on) so it is low on the horizon similar to the photo. Make sure the right side of the crater relative to the camera is far enough away that it does not cast a shadow onto the camera view frame. Create a simple primitive in the place of the Astronaut. This should take no more than 10 minutes to create. Ask a friend who does 3d if you can't do it.
I could do this but I think you need to prove it to yourself. And since you don't trust anything I say any images from me may be considered biased. If you do trust that I'm speaking from the position of trying to find the truth then I will gladly demonstrate this proof.
Again, what am I trying to prove? That the photo is not a spot light and can occur exactly as shown depending on the conditions of the terrain and lighting and that it is an authentic photo.