1. Connecting Rotational and Translational Motion: In nuclear reactors, control rods are made of materials that absorb neutrons. Emergency control rods are "dropped" into the reactor core At the Chernobyl reactor, the control rods were attached by cables to pulleys. The mass of the pulley is 4M, and its radius is R. It is mounted on frictionless bearings. The mass of the control rod is M Treat the pulley as solid disk. a Draw the free body diagram for the rod. b. Draw an extended free body diagram for the pulley showing both the forces and where they act 4M, R • Gravity acts at the center of mass . Don't forget the pivot force that holds the pulley up. M c. Using the forces in your free body diagram, write Newton's 2nd law in the vertical direction for the control rod. Choose your coordinate system so that the acceleration is in the positive direction. s↓ g. Determine the tension. O 0 _Mg-T=__Ma_ d. Using the forces in your free body diagram, write the rotational second law for the pulley. Choose your coordinate system so that the angular acceleration is in a positive direction. e. What is the relation between the angular acceleration and the acceleration : f. You should have three equations and three unknowns. Solve for the acceleration in terms of M, R. and/org.
1. Connecting Rotational and Translational Motion: In nuclear reactors, control rods are made of materials that absorb neutrons. Emergency control rods are "dropped" into the reactor core At the Chernobyl reactor, the control rods were attached by cables to pulleys. The mass of the pulley is 4M, and its radius is R. It is mounted on frictionless bearings. The mass of the control rod is M Treat the pulley as solid disk. a Draw the free body diagram for the rod. b. Draw an extended free body diagram for the pulley showing both the forces and where they act 4M, R • Gravity acts at the center of mass . Don't forget the pivot force that holds the pulley up. M c. Using the forces in your free body diagram, write Newton's 2nd law in the vertical direction for the control rod. Choose your coordinate system so that the acceleration is in the positive direction. s↓ g. Determine the tension. O 0 _Mg-T=__Ma_ d. Using the forces in your free body diagram, write the rotational second law for the pulley. Choose your coordinate system so that the angular acceleration is in a positive direction. e. What is the relation between the angular acceleration and the acceleration : f. You should have three equations and three unknowns. Solve for the acceleration in terms of M, R. and/org.
Physics for Scientists and Engineers with Modern Physics
10th Edition
ISBN:9781337553292
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter10: Rotation Of A Rigid Object About A Fixed Axis
Section: Chapter Questions
Problem 13P
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Step 1: Given that:
VIEWStep 2: a. Free body diagram of rod:
VIEWStep 3: b. Free body diagram of Pulley:
VIEWStep 4: c. Equation using second law of motion of rod:
VIEWStep 5: d. Equation using rotational second law of motion for pulley:
VIEWStep 6: e) Relation between angular and linear acceleration:
VIEWStep 7: f) Equation of acceleration in terms of M,R or/and g:
VIEWStep 8: g) Determination of Tension:
VIEWStep 9: Guideline details:
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