A student pushes another student who is seated in a rolling chair. If the student in the chair puts their feet down, creating a frictional force of 7.0 N, in order for the chair with the student to move, the force of the "push" has to be ________.
greater than 7.0 N
Can not be determined
Doesn't matter because the acceleration due to gravity is the same for everything on Earth.
less than 7.0 N
greater than 7.0 N
Can not be determined
Doesn't matter because the acceleration due to gravity is the same for everything on Earth.
less than 7.0 N
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A student pushes another student who is seated in a rolling chair. If the student in the chair puts their feet down, creating a frictional force of 7.0 N, in order for the chair with the student to move, the force of the "push" has to be ________.
greater than 7.0 N
Can not be determined
Doesn't matter because the acceleration due to gravity is the same for everything on Earth.
less than 7.0 N
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