You’ve been given the challenge of balancing a uniform, rigid meter-stick with mass M = 110 g on a pivot. Stacked on the 0-cm end of the meter stick are n identical coins, each with mass m = 2.9 g, so that the center of mass of the coins is directly over the end of the meter stick. The pivot point will be measured from the 0-cm end of the meter stick. Determine the distance da in cm if there is na = 1 coin on the end of the meter stick, and the system is to remain in static equilibrium.
You’ve been given the challenge of balancing a uniform, rigid meter-stick with mass M = 110 g on a pivot. Stacked on the 0-cm end of the meter stick are n identical coins, each with mass m = 2.9 g, so that the center of mass of the coins is directly over the end of the meter stick. The pivot point will be measured from the 0-cm end of the meter stick. Determine the distance da in cm if there is na = 1 coin on the end of the meter stick, and the system is to remain in static equilibrium.
Classical Dynamics of Particles and Systems
5th Edition
ISBN:9780534408961
Author:Stephen T. Thornton, Jerry B. Marion
Publisher:Stephen T. Thornton, Jerry B. Marion
Chapter9: Dynamics Of A System Of Particles
Section: Chapter Questions
Problem 9.49P
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You’ve been given the challenge of balancing a uniform, rigid meter-stick with mass M = 110 g on a pivot. Stacked on the 0-cm end of the meter stick are n identical coins, each with mass m = 2.9 g, so that the center of mass of the coins is directly over the end of the meter stick. The pivot point will be measured from the 0-cm end of the meter stick.
Determine the distance da in cm if there is na = 1 coin on the end of the meter stick, and the system is to remain in static equilibrium.
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