The two masses in FIGURE slide on Motionless wires. They

Chapter 2, Problem 76CP

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QUESTION:

The two masses in FIGURE CP2.76 slide on frictionless wires. They are connected by a pivoting rigid rod of length \(L\). Prove that \(v_{2 x}=-v_{1 y} \tan \theta\).

                                                  

        

Equation Transcription:

Text Transcription:

L

v_2x=v_1y tan theta

Questions & Answers

QUESTION:

The two masses in FIGURE CP2.76 slide on frictionless wires. They are connected by a pivoting rigid rod of length \(L\). Prove that \(v_{2 x}=-v_{1 y} \tan \theta\).

                                                  

        

Equation Transcription:

Text Transcription:

L

v_2x=v_1y tan theta

ANSWER:

Step 1 of 2

Here we have to prove that,

                                              \(v_{2 x}=v_{1 y} \tan \theta\)

                                             

 

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