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Flat Earth Community / Re: falling stars
« on: July 10, 2016, 09:16:58 AM »
thanks for the reply.
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if you make a big balloon, paint it light green and the put it away, then put a progector on a distanse.
you will see that the sphere do not reflects the light the same amount at its all surface.
the moon give us the feeling that it is the same amount of light everywhere.
sould be darker while it goes to rounded surfaces from us.
Balloons are relatively smooth and reflect light in one direction, like a bad mirror. The moon reflects light somewhat equally in all directions. Try redoing the experiment, but this time cover the balloon with a very rough cloth.
The mathematical explanation: The density of reflected light passing through a 2D projection of the full moon is roughly proportional to the density of incident light. Since the density of incident light is equal across the entire projection, the density of the reflected light is also roughly equal.
i can see what you say , but, i dont know it dont talk to me it is so extremely equal.
then again in the nasa earth photo is the same even thought we have the ocean in the sides!!!
not only that, it is the same to the other ......planets.....in all sides and times the do it.
pffffffff i dont know my friend,