(A)The worker is not pushing hard enough to move the crates. Is the \"force on B
ID: 2053803 • Letter: #
Question
(A)The worker is not pushing hard enough to move the crates. Is the "force on B by A" greater than, equal to, or less than the "force on A by B"? i think equal
(B) The worker pushes harder, causing the crates to accelerate to the right. Is the "force on B by A" greater than, equal to, or less than the "force on A by B"? i think less than
(C) The worker is pushing just hard enough to move the crates at a constant speed. Is the "force on B by A" greater than, equal to, or less than the "force on A by B"? i think equal
(D) The worker reduces the size of her push so that the crates begin to slow down, due to friction. Is the "force on B by A" greater than, equal to, or less than the "force on A by B"? i think greater than
please let me know if i am right on each.
Explanation / Answer
A) yeah they are equal by newtons third law B) Equal forces still C) Equal forces D) Equal forces Newtons second law , it can is known that equal and opposite force should act
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