Learning Goal: use Newton's second laws for rotation and translation to determine various properties of a mass-and-pulley system. Macmillan Learning What is the magnitude T₁ of the tension in the left string segment between Box 1 and the pulley? Two boxes hang from a solid disk pulley that is free to rotate as the blocks move. The left box has a mass m - 4.7 kg and the right box has a mass m2 = 1.5 kg. The pulley has mass m3 = 2.7 kg and radius R = 0.18 m. T₁ = m3. m1 m2 31.36 N Incorrect Answer 13

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Learning Goal: use Newton's second laws for rotation
and translation to determine various properties of a
mass-and-pulley system.
Macmillan Learning
What is the magnitude T₁ of the tension in the left string
segment between Box 1 and the pulley?
Two boxes hang from a solid disk pulley that is free to
rotate as the blocks move. The left box has a mass
m -
4.7 kg and the right box has a mass m2 = 1.5 kg.
The pulley has mass m3 = 2.7 kg and radius
R = 0.18 m.
T₁ =
m3.
m1
m2
31.36
N
Incorrect Answer
13
Transcribed Image Text:Learning Goal: use Newton's second laws for rotation and translation to determine various properties of a mass-and-pulley system. Macmillan Learning What is the magnitude T₁ of the tension in the left string segment between Box 1 and the pulley? Two boxes hang from a solid disk pulley that is free to rotate as the blocks move. The left box has a mass m - 4.7 kg and the right box has a mass m2 = 1.5 kg. The pulley has mass m3 = 2.7 kg and radius R = 0.18 m. T₁ = m3. m1 m2 31.36 N Incorrect Answer 13
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