A spool having a mass of m and an outer radius of R is pinned to...
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A spool having a mass of m and an outer radius of R is pinned to ground at its center O. A spring of stiffness k is attached to the ground at its left end and is wrapped (with no slipping) around the spool of inner radius r. An inextensible cable is wrapped (with no slipping) around the outer radius of the spool with a block of mass M being suspended from the other end of the cable. Let be the angle of rotation of the spool measure positively clockwise from the angular position of the spool when the spring is unstretched. k H m, R 0 M A spool having a mass of m and an outer radius of R is pinned to ground at its center O. A spring of stiffness k is attached to the ground at its left end and is wrapped (with no slipping) around the spool of inner radius r. An inextensible cable is wrapped (with no slipping) around the outer radius of the spool with a block of mass M being suspended from the other end of the cable. Let be the angle of rotation of the spool measure positively clockwise from the angular position of the spool when the spring is unstretched. k H m, R 0 M
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Related Book For
Engineering Mechanics Statics & Dynamics
ISBN: 9780134895154
15th Edition
Authors: Russell C. Hibbeler
Posted Date:
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