Question 1. According to the Globe model, the reason we don’t feel any movement even though we are spinning and soaring through space in multiple directions, is that we are moving with the earth. Like if we were on a train or plane, we could freely pour a glass of water or pass a ball back and forth without even realizing we are moving at hundreds of miles an hour, and the reason we don’t realize we are moving is because the speed is CONSTANT. If the plane were to accelerate like at take off, or if your train were to hit the brakes and your speed were to change, then your water would spill or at the very least you would realize you were moving.
So earth is traveling around the sun and completes it’s journey every 365.25 days or one year. We are told we are traveling at an AVERAGE speed of 66,620mph not at a constant speed because earth is making an ellipse NOT a circle. Meaning earth is speeding up and slowing down several times a year, every year. Space.com actually says “Earth takes about 365 days to orbit the sun. The orbit is an ELLIPSE, but to make the math simpler, let’s say it’s a circle.” They are literally covering up the flaw in the heliocentric model… interesting. So If earth is changing gears on it’s journey around the sun several times a year (because it absolutely has to be for us to be doing an ellipse like we’re told)… then we would feel the change in speed just like we would on the train but we don’t… why?
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Question 2. Using a telescope or a Nikon p1000 camera we can see Saturn. Now I’m not referring to those beautiful crisp images nasa gives us, I’m referring to what Saturn really looks like in the sky, basically it looks like a bright circle with a ring or another circle around it.
Saturn is 890.8 Million miles away from the sun. Meaning the sun in our sky is 9.56 times bigger to us than the sun would appear if you were standing on the surface of Saturn. Not to mention, the sun from the earth is the size of a dime at arms length. So we aren’t starting out with much to work with. At the very most the sun from the surface of Saturn would look like a pin prick of light, no bigger than the stars themselves. So how is it that Saturn appears completely illuminated to us here on the earth. There should be no difference between the surface of Saturn and the night side of the earth, which is dark, not bright…
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Question 3. We are told how we are tilted towards the sun is all that matters, and that alone is what causes the seasons not the distance to the sun, and the sun is actually 3 million miles closer to the earth in the winter than it is in the summer. If the angle is everything, how come during the summer you can be standing on the beach at sunrise and as soon as the sun peaks above the horizon and hits your face you can feel the warmth and know it’s gonna be a scorcher. Yet in the winter when it’s 19 degrees out at high noon, the sun can be directly above you and you would still freeze to death without a coat.
The sun peaking over the horizon is by far at the WORST angle we could have in any scenario, and we would have the greatest chance for the “atmosphere” to cause issues for those light rays to stretch and pass through. How can a more distant sun at the worst possible angle be warmer than a closer sun lined up directly above our head if the seasons on the globe work like we’re told?
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While you’re at it I wouldn’t mind a decent explanation for Orion and Mercury either 🙂
Unlocking Orion and the Stationary Earth
The Shocking Truth About Mercury
https://youtu.be/jAEo3dxCPG8