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Post by aliveandkicking on May 19, 2015 16:39:44 GMT
This one is simple and does not involve understanding how GPS or inertial navigation disproves concave earth.
Apart from a small rocking back and forth, the moon always faces the Earth from the same side of the moon and is considered to have been locked like this for billions of years.
We see therefore the 'man in the moon' wherever we are on Earth.
In the southern hemisphere he is upside down which neatly destroys flat earth too.
Wherever you are in the same hemisphere you always see the same view of the moon as anybody else. (Disregarding the very small difference the effect of parallax has that people on either side of the Earth who are 12,000 miles apart see a slightly different view of the moon which is so much further away at 240,000 miles)
In the northern hemisphere the view of the moon varies like this showing the entire year of variations:
Just to clarify:
1. at each one of those moments of time throughout the year the only view of the moon available in the northern hemisphere at those moments of time are the ones shown (where the parallax changes will be very small)
2. The same is true of the southern hemisphere apart from the view being upside down.
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Post by steve on May 20, 2015 0:44:13 GMT
This one is simple and does not involve understanding how GPS or inertial navigation disproves concave earth. Apart from a small rocking back and forth, the moon always faces the Earth from the same side of the moon and is considered to have been locked like this for billions of years. We see therefore the 'man in the moon' wherever we are on Earth. In the southern hemisphere he is upside down which neatly destroys flat earth too. Wherever you are in the same hemisphere you always see the same view of the moon as anybody else. (Disregarding the very small difference the effect of parallax has that people on either side of the Earth who are 12,000 miles apart see a slightly different view of the moon which is so much further away at 240,000 miles) In the northern hemisphere the view of the moon varies like this showing the entire year of variations: Just to clarify: 1. at each one of those moments of time throughout the year the only view of the moon available in the northern hemisphere at those moments of time are the ones shown (where the parallax changes will be very small) 2. The same is true of the southern hemisphere apart from the view being upside down. No it's works fine once you understand bending light. I went into great detail about the moon in the concave earth. I mapped the sidereal month, the synodic month, the anomalistic month, the draconic month and the libration. the fact that it is "locked" gives more credence to it being inside the earth. I also worked out the lunar eclipses. the moon works perfectly fine inside the concave earth. and the fact that its orbit is so precise and we can predict eclipses is because it is inside a highly synchronized container. |
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Post by aliveandkicking on May 20, 2015 5:46:01 GMT
Hi Steve, Can you let me have the link to the video of the guy talking about the moon always looking the same please? Thanks Edit : Dont worry. Found it myself |
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Post by aliveandkicking on May 20, 2015 8:31:22 GMT
Steve what is causing a crescent moon?
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Post by steve on May 20, 2015 12:43:24 GMT
Steve what is causing a crescent moon? the angle of the sun's light upon the moon. the front side of the moon is convex round. |
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Post by aliveandkicking on May 20, 2015 14:19:04 GMT
Steve what is causing a crescent moon? the angle of the sun's light upon the moon. the front side of the moon is convex round. OK so how does the view of the moon get transmitted to the observers around the world? Unfortunately I could not see how the moons phases are created and I could not understand your videos I began thinking the sun was rotating around inside the earth with the moon inside the suns orbit but it appears that is not the case? I probably need a primer to understand what you are wanting to show with these videos |
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Post by steve on May 20, 2015 15:20:36 GMT
the angle of the sun's light upon the moon. the front side of the moon is convex round. OK so how does the view of the moon get transmitted to the observers around the world? Unfortunately I could not see how the moons phases are created and I could not understand your videos I began thinking the sun was rotating around inside the earth with the moon inside the suns orbit but it appears that is not the case? I probably need a primer to understand what you are wanting to show with these videos does this help?  |
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Post by LIT on May 26, 2015 10:33:32 GMT
What is the next step? Assuming the Earth is concave, what is next?
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Post by steve on May 27, 2015 16:01:25 GMT
What is the next step? Assuming the Earth is concave, what is next? understanding how the world will end, as the sun stops, and the ice falls. understanding what to do to be saved, and how the kingdom of God will be set up. |
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Post by biggles2015 on Jul 23, 2015 14:25:40 GMT
Hi a quick question if you don't mind: Under the concave earth theory, How can the sun appear to rise & set over the horizon (some 6,000 miles away?), if the earth is convex? I ask this as the sun is always well above the horizon in this model. It's doesn't make sense. Thanks
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