But zero effect on us because of the great distance. If you double the distance, the force of gravity goes down by the square of that or four times smaller.
So how does the sun keep us in orbit or Pluto for that matter if your calculations are correct? I think you’re missing some fundamental understandings of physics buddy. The sun for example is in orbit around another very large star that’s very very far away in comparison to our distance from the sun.
Because the sun is so much bigger than the planets. The amount of mass also figures into the amount of gravity. The distance formula is a fact that is taught in physics. I took physics in high school and in college. Did you?
Obviously I understand that the force of gravity is relative to mass. I'm in no way trying disagree with basic high school physics what i am disagreeing with is your statement about the gravity of far away stars having zero effect on our solar system, A basic understanding of astronomy will inform you of the fact that our sun is in orbit around far away massive stars and even those stars are in orbit around more massive stars all the way up to everything in the galaxy orbiting around a super massive black hole in the center of our galaxy. So you cant tell me that the gravity of far away objects has zero effect on us. That is a completely false assumption if you understand physics.
How about infinitesimally small effect, which is zero as far as we can feel it? Can you feel it? I don't think we have instruments that could even measure something that near zero effect. I took physics and astronomy in college, so I do know what I'm talking about.
So I'm right. A star light years away has zero effect on me.
But zero effect on us because of the great distance. If you double the distance, the force of gravity goes down by the square of that or four times smaller.
So how does the sun keep us in orbit or Pluto for that matter if your calculations are correct? I think you’re missing some fundamental understandings of physics buddy. The sun for example is in orbit around another very large star that’s very very far away in comparison to our distance from the sun.
Because the sun is so much bigger than the planets. The amount of mass also figures into the amount of gravity. The distance formula is a fact that is taught in physics. I took physics in high school and in college. Did you?
Obviously I understand that the force of gravity is relative to mass. I'm in no way trying disagree with basic high school physics what i am disagreeing with is your statement about the gravity of far away stars having zero effect on our solar system, A basic understanding of astronomy will inform you of the fact that our sun is in orbit around far away massive stars and even those stars are in orbit around more massive stars all the way up to everything in the galaxy orbiting around a super massive black hole in the center of our galaxy. So you cant tell me that the gravity of far away objects has zero effect on us. That is a completely false assumption if you understand physics.
How about infinitesimally small effect, which is zero as far as we can feel it? Can you feel it? I don't think we have instruments that could even measure something that near zero effect. I took physics and astronomy in college, so I do know what I'm talking about.
So I'm right. A star light years away has zero effect on me.