Bart Sibrel

All right, full screen this, Steve, so we can see it.

OK. So these objects are.

OK. So these objects are.

OK. So these objects are.

Yeah, so these objects.

Yeah, so these objects.

Yeah, so these objects.

Okay, so this is a great example as to why the moon missions are fake. You taking the picture and the person standing where the rock should be, if shadows intersect in sunlight, then that woman, it looks like a woman. Would be going that way. Yeah, it would be going straight across your shadow, but it doesn't. You see what I'm saying?

Okay, so this is a great example as to why the moon missions are fake. You taking the picture and the person standing where the rock should be, if shadows intersect in sunlight, then that woman, it looks like a woman. Would be going that way. Yeah, it would be going straight across your shadow, but it doesn't. You see what I'm saying?

Okay, so this is a great example as to why the moon missions are fake. You taking the picture and the person standing where the rock should be, if shadows intersect in sunlight, then that woman, it looks like a woman. Would be going that way. Yeah, it would be going straight across your shadow, but it doesn't. You see what I'm saying?

So what you're actually proving is that they faked the moon landing because you cannot have 90-degree shadows intersecting from the person taking the picture, which is the astronaut shadow, the person on the right, which is the shadow of the rock, which is going straight across your head, and the other picture, right?

So what you're actually proving is that they faked the moon landing because you cannot have 90-degree shadows intersecting from the person taking the picture, which is the astronaut shadow, the person on the right, which is the shadow of the rock, which is going straight across your head, and the other picture, right?

So what you're actually proving is that they faked the moon landing because you cannot have 90-degree shadows intersecting from the person taking the picture, which is the astronaut shadow, the person on the right, which is the shadow of the rock, which is going straight across your head, and the other picture, right?

And then what you need to do is go replicate shadows intersecting at 90 degrees with one or two electrical lights.

And then what you need to do is go replicate shadows intersecting at 90 degrees with one or two electrical lights.

And then what you need to do is go replicate shadows intersecting at 90 degrees with one or two electrical lights.

Well, that one's at nighttime, isn't it?

Well, that one's at nighttime, isn't it?

Well, that one's at nighttime, isn't it?

Right, but you still haven't showed them intersecting at 90 degrees in sunlight.