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Flat Earth Community / Re: Moon and Sun Angles Don't Line Up
« on: July 15, 2017, 04:27:43 AM »
model29, I thought about your experiment a little, and I believe that I could modify what you propose and make it fairly accurate.
1st, you need to know the sun's elevation angle. This can be determined by looking at your own shadow and measuring it... might have to have a friend's help, then use some geometry to calculate the sun's angle (opposite angle to personal height or adjacent angle to shadow length). 2nd you will need a protractor. By setting the sun at the 0 degree reference point, estimate the moon's angle on the protractor. 3rd, use the protractor again, but orient it 90 degrees with the horizon being 0 degrees, and once again estimate the moon's angle.
Now in your hallway, set up a flash light (sun) above your line of sight at the angle calculated above, set up your moon at the angles recorded in 2 and 3 above, be sure to stand in the appropriate spot so flashlight and ball/moon match the recorded information and that your flashlight in the darkened hall is shining at the ball/moon. This should get you the appropriate phase angle viewed by the real moon above.
1st, you need to know the sun's elevation angle. This can be determined by looking at your own shadow and measuring it... might have to have a friend's help, then use some geometry to calculate the sun's angle (opposite angle to personal height or adjacent angle to shadow length). 2nd you will need a protractor. By setting the sun at the 0 degree reference point, estimate the moon's angle on the protractor. 3rd, use the protractor again, but orient it 90 degrees with the horizon being 0 degrees, and once again estimate the moon's angle.
Now in your hallway, set up a flash light (sun) above your line of sight at the angle calculated above, set up your moon at the angles recorded in 2 and 3 above, be sure to stand in the appropriate spot so flashlight and ball/moon match the recorded information and that your flashlight in the darkened hall is shining at the ball/moon. This should get you the appropriate phase angle viewed by the real moon above.