A mass of 12.0 kg is placed on a table. A string is tied to the mass, and run over a pulley to a hanging mass. If the coefficient of static friction between the mass on the table and the table is 0.342, what is the maximum force of gravity the hanging block can have in order to keep the system at rest? a. 4.0x101 N [D] b. 4.2x101 N [D] c. 4.6x101 N [D] d. e. 4.8x101 N [D] e. 5.0x101 N [D]
A mass of 12.0 kg is placed on a table. A string is tied to the mass, and run over a pulley to a hanging mass. If the coefficient of static friction between the mass on the table and the table is 0.342, what is the maximum force of gravity the hanging block can have in order to keep the system at rest? a. 4.0x101 N [D] b. 4.2x101 N [D] c. 4.6x101 N [D] d. e. 4.8x101 N [D] e. 5.0x101 N [D]
College Physics
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ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter4: Dynamics: Force And Newton's Laws Of Motion
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A mass of 12.0 kg is placed on a table. A string is tied to the mass, and run over a pulley to a hanging mass. If the coefficient of static friction between the mass on the table and the table is 0.342, what is the maximum force of gravity the hanging block can have in order to keep the system at rest?
a. 4.0x101 N [D]
b. 4.2x101 N [D]
c. 4.6x101 N [D]
d. e. 4.8x101 N [D]
e. 5.0x101 N [D]
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