Your meterstick is pivoted to the left of its center of mass. A 96.7 g mass is hung from a 12.7 g clamp on the left side of the support. Determine the torque created by the known mass. Set it equal to the torque from the meter stick. Based on the location of the support clamp, find the mass of the meter stick.

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ISBN:9781938168161
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Chapter4: The Second Law Of Thermodynamics
Section: Chapter Questions
Problem 1CQ: State an example of a process that occurs in nature that is as close to reversible as it can be.
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counter clockwise torqure(Nm)=

Mass of meter stick (g) =

Your meterstick is pivoted to the left of its center of mass.
A 96.7 g mass is hung from a 12.7 g clamp on the left side of the support.
Determine the torque created by the known mass.
Set it equal to the torque from the meter stick.
Based on the location of the support clamp, find the mass of the meter stick.
Transcribed Image Text:Your meterstick is pivoted to the left of its center of mass. A 96.7 g mass is hung from a 12.7 g clamp on the left side of the support. Determine the torque created by the known mass. Set it equal to the torque from the meter stick. Based on the location of the support clamp, find the mass of the meter stick.
Clamp Mass = 12.7 g
10
20
96.7 g
40
Property of Alief-Hastings High School
50
60
70
80
90
Transcribed Image Text:Clamp Mass = 12.7 g 10 20 96.7 g 40 Property of Alief-Hastings High School 50 60 70 80 90
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