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A uniform cylinder of radius R is spinned with angular speed Omega and placed in a corner. The coefficient of friction of corner wall is mu. THE number of turns the cylinder acomputatation before it's stop will be.?
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A uniform cylinder of radius R is spinned with angular speed Omega and...
In the problem, the rigid body is in translation equilibrium but there is angular retardation. We first sketch the free body diagram of the cylinder. Obviously, the friction forces, acting on the cylinder, are kinetic. From the condition of translational equilibrium for the cylinder

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A uniform cylinder of radius R is spinned with angular speed Omega and placed in a corner. The coefficient of friction of corner wall is mu. THE number of turns the cylinder acomputatation before it's stop will be.?
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A uniform cylinder of radius R is spinned with angular speed Omega and placed in a corner. The coefficient of friction of corner wall is mu. THE number of turns the cylinder acomputatation before it's stop will be.? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about A uniform cylinder of radius R is spinned with angular speed Omega and placed in a corner. The coefficient of friction of corner wall is mu. THE number of turns the cylinder acomputatation before it's stop will be.? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A uniform cylinder of radius R is spinned with angular speed Omega and placed in a corner. The coefficient of friction of corner wall is mu. THE number of turns the cylinder acomputatation before it's stop will be.?.
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