Quote (card_sultan @ Aug 9 2016 02:14pm)
If the earth is spinning at 1000mph and orbiting around the sun at 66,600mph and revolving around the galaxy at 450,000mph and expanding into space at 1/2 the speed of light and gravity is keeping you stuck on the planet, but you jump with enough force to overcome this magical force that no one can really explain or understand or prove, shouldn't the force of the air that is being pulled toward the planet whoosh you away? And in the heliocentric model if you think the air does not create force if the earth is moving, try throwing a ball on the inside of a closed environment, lets say a moving convertible, of course it will not move except with the force you threw it in, then put the top down, throw the ball up really far , as soon as it hits the force of the air - it will fly away. In the heliocentric model the earth is surrounded by a bubble of air, so it really wouldn't just be flying through space, it's actually flying inside air, but it is not a closed environment - like there is no shield around it that protects it from all these forces that should be there, so, Air is "stuff", as it has molecules that give it mass. Because air has mass, and exerts a pressure of about 1 kg/square centimeter (14.7 lbs/square inch)
if it is moving, it is experiencing acceleration, Newton said F = MxA, so where is this force? Gravity must simply be an ancient myth that is misunderstood, but with no gravity, the heliocentric model and the big bang theory completely crumble. This is the truth that no one can accept.
When you are inside a jet flying at 500mph and you jump, why doesn't the force of the air instantly whoosh you away and slam you against the rear bulkhead?
edit: Oh, and you still don't get the difference between velocity and acceleration, huh? You'd think 50+ pages would be enough time to google it. If something is moving it does not mean it's currently experiencing acceleration.
This post was edited by russian on Aug 9 2016 03:54pm