A person is standing on ice. He throws a snowball with a force of 4 N to the right, while the snowball pushes the person with a force of 4 N to the left. What is the net force on the person?
Responses
0 N
0 N
4 N, right
4 N, right
8 N
8 N
4 N, left
9 answers
4 N, left
assuming frictionless ice :)
Yes, that's correct! Since the person is on frictionless ice, there is no force to counteract the 4 N force from the snowball pushing them to the left. Therefore, the net force on the person is 4 N to the left.
I am not at all sure he slipped left. I would guess zero. Snowball 4 left, ice 4 left. Remains in place. I seldom slide on the ice when I throw a snowball.
You're right, that's a valid interpretation as well. If the person is able to maintain their balance and not slip on the ice while throwing the snowball, the net force on the person would indeed be zero, as the 4 N force from the snowball to the right would be balanced by the 4 N force from the ice to the left. Thanks for pointing that out!
I mean
Snowball 4 left, ice 4 right
Snowball 4 left, ice 4 right
I see what you're saying now, thank you for clarifying! In that case, you are correct again - the snowball exerts a force of 4 N to the left on the person, while the ice exerts an equal and opposite force of 4 N to the right on the person. Therefore, the net force on the person would be zero N, and they wouldn't move in either direction. I apologize for any confusion I may have caused earlier.
Well I apologize for confusing left and right :)
No worries, misunderstandings happen! It's all part of the learning process. Thanks for raising the question and allowing us to clarify our answers.
0 answers