- 8a. Two pucks with mass m = 0.05 kg and m = 0.08 kg are...
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- 8a. Two pucks with mass m = 0.05 kg and m = 0.08 kg are sitting on a frictionless table connected by a thin, light string of length 0.40 m. They are made to spin about a common point on the string such that a complete rotation takes 1.5 s. m Which mass moves in a smaller circle? O m m2 W1: . 8b. What is the angular velocity w and wo of each mass? Please give your answer in Hz. 4.19 - 8c. 02: 4.19 V1: . 8d. What are the tangential velocity v and v2 of each mass? The centripetal acceleration a and a2? Please give your answer in m/s for the velocity and m/s for the acceleration. 1.05 - 8e. V2: .8f. a1: 4.39 .8g.a2: m 2.63 . 8h. What is the tension in the string? Please give your answer in N. No answer . 8i. How far from m on the string is the point of rotation? Please give your answer in m. No answer - 8a. Two pucks with mass m = 0.05 kg and m = 0.08 kg are sitting on a frictionless table connected by a thin, light string of length 0.40 m. They are made to spin about a common point on the string such that a complete rotation takes 1.5 s. m Which mass moves in a smaller circle? O m m2 W1: . 8b. What is the angular velocity w and wo of each mass? Please give your answer in Hz. 4.19 - 8c. 02: 4.19 V1: . 8d. What are the tangential velocity v and v2 of each mass? The centripetal acceleration a and a2? Please give your answer in m/s for the velocity and m/s for the acceleration. 1.05 - 8e. V2: .8f. a1: 4.39 .8g.a2: m 2.63 . 8h. What is the tension in the string? Please give your answer in N. No answer . 8i. How far from m on the string is the point of rotation? Please give your answer in m. No answer
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