A person is pushing on the bottom crate in a stack of two crates as shown. The entire system is at rest. 2 1 Which of the following statements regarding this situation is FALSE? The normal force of Crate 1 on Crate 2 forms a Newton's Third Law pair (or "action-reaction" pair) with the normal force of Crate 2 on Crate 1. The force of the person pushing on Crate 1 is equal in magnitude to the force of static friction from the floor on Crate 1. The force of static friction between Crate 1 and Crate 2 is zero. There are exactly two forces acting on Crate 2. There are exactly four forces acting on Crate 1.

Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter5: Newton's Laws Of Motion
Section5.9: Newton's Thirds Law
Problem 5.10CE
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A person is pushing on the bottom crate in a stack of two crates as shown. The entire
system is at rest.
2
1
Which of the following statements regarding this situation is FALSE?
The normal force of Crate 1 on Crate 2 forms a Newton's Third Law pair (or "action-reaction"
pair) with the normal force of Crate 2 on Crate 1.
The force of the person pushing on Crate 1 is equal in magnitude to the force of static friction
from the floor on Crate 1.
The force of static friction between Crate 1 and Crate 2 is zero.
There are exactly two forces acting on Crate 2.
There are exactly four forces acting on Crate 1.
Transcribed Image Text:A person is pushing on the bottom crate in a stack of two crates as shown. The entire system is at rest. 2 1 Which of the following statements regarding this situation is FALSE? The normal force of Crate 1 on Crate 2 forms a Newton's Third Law pair (or "action-reaction" pair) with the normal force of Crate 2 on Crate 1. The force of the person pushing on Crate 1 is equal in magnitude to the force of static friction from the floor on Crate 1. The force of static friction between Crate 1 and Crate 2 is zero. There are exactly two forces acting on Crate 2. There are exactly four forces acting on Crate 1.
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