Ball's velocity be in a year? Assume there are no nearby planets.

A boy is running north with a beanbag in his hands. He passes a tree, and at the moment

ne is beside the tree, he drops the beanbag. Will the beanbag land next to the tree

not, will it be north or south of the tree?

Question

Augustus Nichols

Physics

27 February, 21:08

Ball's velocity be in a year? Assume there are no nearby planets.

A boy is running north with a beanbag in his hands. He passes a tree, and at the moment

ne is beside the tree, he drops the beanbag. Will the beanbag land next to the tree

not, will it be north or south of the tree?

+1

Answers (1)

Know the Answer?

Annalise Valdez · Answer 1

South

Explanation:

newton's third law explains for every action there is an equal and opposite reaction. the action is dropping the beanbag but because he is moving forward and gravity is pulling it down, the momentum is transferred to the beanbag and its reaction is to move south. North would be if he threw it.

Ball's velocity be in a year? Assume there are no nearby planets.A boy is running north with a beanbag in his hands. He passes a tree, and at the momentne is beside the tree, he drops the beanbag. Will the beanbag land next to the treenot, will it be north or south of the tree?

Ball's velocity be in a year? Assume there are no nearby planets.

A boy is running north with a beanbag in his hands. He passes a tree, and at the moment

ne is beside the tree, he drops the beanbag. Will the beanbag land next to the tree

not, will it be north or south of the tree?