- #1
cosmic_tears
- 49
- 0
Hey everyone, I'm new here.
I'll try to be as clear as I can, but I'm warning you I'm not sure my science-English is accurate enough. I'll try though.
So, It's a pretty basic question, but I still find it confusing:
Say you have a body moving in a constant velocity v in relation to a rotating axis S. (i.e. a car driving with no acceleration on earth).
Does the moving body have an acceleration in relation to earth?
I get the impression (from exercises) that the body actually has a centripetal acceleration ((u^2)/R), but I do not understand it -
Why doesn't the body move in a constant velocity in relation to S?
Thank you very much for reading, hope I was clear.
Tomer.
(these forums are exciting!
)
I'll try to be as clear as I can, but I'm warning you I'm not sure my science-English is accurate enough. I'll try though.
So, It's a pretty basic question, but I still find it confusing:
Say you have a body moving in a constant velocity v in relation to a rotating axis S. (i.e. a car driving with no acceleration on earth).
Does the moving body have an acceleration in relation to earth?
I get the impression (from exercises) that the body actually has a centripetal acceleration ((u^2)/R), but I do not understand it -
Why doesn't the body move in a constant velocity in relation to S?
Thank you very much for reading, hope I was clear.
Tomer.
(these forums are exciting!