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sibor.physics.tamu.edusibor.physics.tamu.edu/teaching/phys218/SolutionEx3.pdfA turntable rotates at...

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Page 1: sibor.physics.tamu.edusibor.physics.tamu.edu/teaching/phys218/SolutionEx3.pdfA turntable rotates at a constant rate of 45 rev/min. a. b. What is the magnitude of its angular velocity
Page 2: sibor.physics.tamu.edusibor.physics.tamu.edu/teaching/phys218/SolutionEx3.pdfA turntable rotates at a constant rate of 45 rev/min. a. b. What is the magnitude of its angular velocity
Page 3: sibor.physics.tamu.edusibor.physics.tamu.edu/teaching/phys218/SolutionEx3.pdfA turntable rotates at a constant rate of 45 rev/min. a. b. What is the magnitude of its angular velocity
Page 4: sibor.physics.tamu.edusibor.physics.tamu.edu/teaching/phys218/SolutionEx3.pdfA turntable rotates at a constant rate of 45 rev/min. a. b. What is the magnitude of its angular velocity
Page 5: sibor.physics.tamu.edusibor.physics.tamu.edu/teaching/phys218/SolutionEx3.pdfA turntable rotates at a constant rate of 45 rev/min. a. b. What is the magnitude of its angular velocity
Page 6: sibor.physics.tamu.edusibor.physics.tamu.edu/teaching/phys218/SolutionEx3.pdfA turntable rotates at a constant rate of 45 rev/min. a. b. What is the magnitude of its angular velocity

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