What happens when foreign bodies get close to our solar system? Doesn't it throw off all the rotations and orbits and trajectories of planets and sun and earth and moon and system as a whole?
A quick Google will provide countless examples. Here is one from NASA for example: https://youtu.be/zWDCNNe6AbE . And yet all the planets and solar system trajectories are apparently unaffected by random space rocks entering and leaving the solar system. Haven't heard anyone comment on disruption of solar system from foreign space rocks. There are shills saying it is impossible and there are others saying each little space rock affects orbit very slightly. No one knows the answer because it's all scifi bs fake and gay
It takes a lot of brainwashing to believe we are on a ball revolving around another ball revolving around a center point all synchronized perfectly and not drifting off course while in a vacuum while not colliding or interfering with other objects that are doing the exact same thing. So really now, what is holding up the earth and sun in the heliocentric model? Just gravity? Why hasn't the earth and other planets got sucked in to the sun's massive gravitas? We just so happen to be the perfect distance away? Nasa has some of the best indoctrinating sci-fi out there (even though Hollywood does it better). It's faked fairly poorly but repeated so often that people believe it. Because gubement said so.
I'm simply asking you what is holding the sun and earth in their orbits and trajectory. Seems the mainstream gravity answer has quite low odds of describing earth and sun happening to end up as we observe them. And I would think there is an up and down relative to the center of the "universe" in heliocentric model. There are also supposed pictures of the universe and one can use x y and z to determine up and down directions relative to reference point.
What happens when foreign bodies get close to our solar system? Doesn't it throw off all the rotations and orbits and trajectories of planets and sun and earth and moon and system as a whole?
Can you provide an example?
A quick Google will provide countless examples. Here is one from NASA for example: https://youtu.be/zWDCNNe6AbE . And yet all the planets and solar system trajectories are apparently unaffected by random space rocks entering and leaving the solar system. Haven't heard anyone comment on disruption of solar system from foreign space rocks. There are shills saying it is impossible and there are others saying each little space rock affects orbit very slightly. No one knows the answer because it's all scifi bs fake and gay
It takes a lot of brainwashing to believe we are on a ball revolving around another ball revolving around a center point all synchronized perfectly and not drifting off course while in a vacuum while not colliding or interfering with other objects that are doing the exact same thing. So really now, what is holding up the earth and sun in the heliocentric model? Just gravity? Why hasn't the earth and other planets got sucked in to the sun's massive gravitas? We just so happen to be the perfect distance away? Nasa has some of the best indoctrinating sci-fi out there (even though Hollywood does it better). It's faked fairly poorly but repeated so often that people believe it. Because gubement said so.
You think that there is an Up and Down in the heliocentric model?
I mean, really? That is really what you believe?
I'm simply asking you what is holding the sun and earth in their orbits and trajectory. Seems the mainstream gravity answer has quite low odds of describing earth and sun happening to end up as we observe them. And I would think there is an up and down relative to the center of the "universe" in heliocentric model. There are also supposed pictures of the universe and one can use x y and z to determine up and down directions relative to reference point.
Would you like a video?
Just quote and instance where this happened.
Meteorites pelt the earth all the time. That's elementary school stuff.