7) A 5-kg body A is released from rest on a frictionless circular surface. The body then moves on a horizon- tal surface CD whose coefficient of friction with the body is 0.2. A spring having a spring constant K = 900 N/m is positioned at C shown in the diagram. How much will the spring compress? K -10 m- 7 m D

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Chapter9: Linear Momentum And Collisions
Section: Chapter Questions
Problem 65P: Two particles of masses m1 and m2 separated by a horizontal distance D are let go from the same...
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7) A 5-kg body A is released from rest on a frictionless
circular surface. The body then moves on a horizon-
tal surface CD whose coefficient of friction with the
body is 0.2. A spring having a spring constant K =
900 N/m is positioned at C shown in the diagram.
How much will the spring compress?
K
-10 m-
7 m
8) For the system in Question 7, what is the velocity of block A each time it passes
point D?
9) For the pendulum in Question 7, what is the maximum normal acceleration of
the block?
Transcribed Image Text:7) A 5-kg body A is released from rest on a frictionless circular surface. The body then moves on a horizon- tal surface CD whose coefficient of friction with the body is 0.2. A spring having a spring constant K = 900 N/m is positioned at C shown in the diagram. How much will the spring compress? K -10 m- 7 m 8) For the system in Question 7, what is the velocity of block A each time it passes point D? 9) For the pendulum in Question 7, what is the maximum normal acceleration of the block?
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