suppose the entire surface of earth was covered with a sheet of hard ice that offers zero friction. if you push a ball on this surface, how far will it go?
Answers
Answered by
23
Hi----------=======
if we suppose the air friction or all friction is become zero then ball never stop .
it always run around the earth.
but if suppose the air friction or force of attraction between ball and ice then it become rest after some time.
but it much far as compare to our present conditions
hope it help
if we suppose the air friction or all friction is become zero then ball never stop .
it always run around the earth.
but if suppose the air friction or force of attraction between ball and ice then it become rest after some time.
but it much far as compare to our present conditions
hope it help
Answered by
16
Hello!
if we suppose the air friction or all friction is become zero then ball never stop .
it always run around the earth.
but if suppose the air friction or force of attraction between ball and ice then it become rest after some time.
but it much far as compare to our present conditions
hope it help
if we suppose the air friction or all friction is become zero then ball never stop .
it always run around the earth.
but if suppose the air friction or force of attraction between ball and ice then it become rest after some time.
but it much far as compare to our present conditions
hope it help
Similar questions