Two masses m1=5.9kg and m2=4.7kg are attached to each other as shown in the figure below. The combination is moving on horizontal circular paths (without friction) as shown since they are also tied to a pole. The strings connecting m1 to m2, and m2 to the pole both have the same length l=2.9m. During the motion, two strings are always collinear (on the same line) as shown. If m2 is moving with a speed of v=3.8m/s, determine the tension on the string 2. Use SI units and express your answer with zero decimal places. (Hint: Both masses should have the same period.)

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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Two masses m1=5.9kg and m2=4.7kg are attached to each other as shown in the figure below. The combination is moving on horizontal circular paths (without friction) as shown since they are also tied to a pole. The strings connecting m1 to m2, and m2 to the pole both have the same length l=2.9m. During the motion, two strings are always collinear (on the same line) as shown. If m2 is moving with a speed of v=3.8m/s, determine the tension on the string 2. Use SI units and express your answer with zero decimal places. (Hint: Both masses should have the same period.)

String 1 e
m2
String 2
Transcribed Image Text:String 1 e m2 String 2
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