diagram. This force causes both suitcases to slide to the right with a coefficient of kin bases and the surface. a) Draw a free body diagram for each suitcase. b) Calculate the acceleration of the suitcases. c) Calculate the force FAB that Suitcase B exerts on Suitcase A. d) State whether |FBA| = |FAB and explain why or why not. 4

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q2-Written response question on Mechanics
The diagram below shows two suitcases, labelled A and B, and their masses. These suitcases are in contact with each other
and rest on a surface that is horizontal. A force is applied to Suitcase A with a magnitude and direction that is shown in the
diagram. This force causes both suitcases to slide to the right with a coefficient of kinetic friction 4 = 0.16 between their
bases and the surface.
a) Draw a free body diagram for each suitcase.
b) Calculate the acceleration of the suitcases.
c) Calculate the force FAB that Suitcase B exerts on Suitcase A.
d) State whether |BA| = |FAB and explain why or why not.
B
95 kg
750 N
A
55 kg
Transcribed Image Text:Q2-Written response question on Mechanics The diagram below shows two suitcases, labelled A and B, and their masses. These suitcases are in contact with each other and rest on a surface that is horizontal. A force is applied to Suitcase A with a magnitude and direction that is shown in the diagram. This force causes both suitcases to slide to the right with a coefficient of kinetic friction 4 = 0.16 between their bases and the surface. a) Draw a free body diagram for each suitcase. b) Calculate the acceleration of the suitcases. c) Calculate the force FAB that Suitcase B exerts on Suitcase A. d) State whether |BA| = |FAB and explain why or why not. B 95 kg 750 N A 55 kg
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