that is up and down and how different density and buoyancy levels work
Yes and the force is called up and down. Once a object found it relevant buoyancy level, it will stay level, until a upward, or downward force is applied to it.
Why would things fall sideways? That makes no sense. I see no point in trying to explain why something does not do something it should not be doing.
Up and down are directions, not forces. Why wouldn't things fall sideways?
I see no point in trying to explain why something does not do something
The point is that you don't fully understand whatever it is you're talking about if you can't do it. "It go up cause it do" is not complete.
Didn't answer my question, do you believe the earth is flat? If you don't then your take on buoyancy makes even less sense because "up" isn't a singular direction.
Something goes up because you apply a upward force to it. Say take a baseball bat, someone throws a baseball at you, you hit it, hopefully it goes up. That is a upward force that got applied to the baseball. Then through surrounding air pressure, it started losing speed, and as it slows down it starts falling down, as a baseball is more dense then air, and it starts seeking its relative buoyancy level. Once it hits the ground, it has found its relevant buoyancy level, and will lay still there stabel, until a upward or downward force is applied to it once again.
That's cool and all but you're still unable to tell me why the ball didn't fall sideways.
Things do not happen without a cause, what you're pushing as reality violates causality itself. There literally HAS to be something that determines why things fall down or rise up on an axis and not any other direction.
that is up and down and how different density and buoyancy levels work
Yes and the force is called up and down. Once a object found it relevant buoyancy level, it will stay level, until a upward, or downward force is applied to it.
Why would things fall sideways? That makes no sense. I see no point in trying to explain why something does not do something it should not be doing.
Up and down are directions, not forces. Why wouldn't things fall sideways?
The point is that you don't fully understand whatever it is you're talking about if you can't do it. "It go up cause it do" is not complete.
Didn't answer my question, do you believe the earth is flat? If you don't then your take on buoyancy makes even less sense because "up" isn't a singular direction.
Something goes up because you apply a upward force to it. Say take a baseball bat, someone throws a baseball at you, you hit it, hopefully it goes up. That is a upward force that got applied to the baseball. Then through surrounding air pressure, it started losing speed, and as it slows down it starts falling down, as a baseball is more dense then air, and it starts seeking its relative buoyancy level. Once it hits the ground, it has found its relevant buoyancy level, and will lay still there stabel, until a upward or downward force is applied to it once again.
That's cool and all but you're still unable to tell me why the ball didn't fall sideways.
Things do not happen without a cause, what you're pushing as reality violates causality itself. There literally HAS to be something that determines why things fall down or rise up on an axis and not any other direction.
By the way, do you believe the earth is flat?
Glad you think it is cool. Have a good weekend InfidelCastro11.