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inertia l rotating at a constant angular velocily (note that angular velocities use the Greek letter omega and not double-u) around an axis through the center and perpendicular to the plane of the disk (the disk's "primary axis of symmetry") as shown in (Figure 1). The axis of the disk is vertical and the disk is supported by frictionless bearings. The motor of the turntable is off, so there is no external torque being applied to the axis. Review | Constants | Periodic Table Part A What is the final angular velocity, we , of the two disks? Express wr (0mega subscript f) in terms of I, I,, and wi (omega subscript i). Another disk (a record) is dropped onto the first such that it lands coaxially (the axes coincide). The moment of inertia of the record is I. The initial angular velocity of the second disk is zero. > View Available Hint(s) There is friction between the two disks. VO AE After this "rotational collision," the disks will eventually rotate with the same angular velocity Figure ( 1 of 1 Submit Part B Because of friction, rotational kinetic energy is not conserved while the disks' surfaces slip over each other. What is the final rotational kinetic energy, K. of the two spinning disks? Express the final kinetic energy in tems of I, I,, and the initial kinetic energy Kj of the two-disk system. No angular velocities should appear in your answer. View Available Hintis)

inertia l rotating at a constant angular velocily (note that angular velocities use the Greek letter omega and not double-u) around an axis through the center and perpendicular to the plane of the disk (the disk's "primary axis of symmetry") as shown in (Figure 1). The axis of the disk is vertical and the disk is supported by frictionless bearings. The motor of the turntable is off, so there is no external torque being applied to the axis. Review | Constants | Periodic Table Part A What is the final angular velocity, we , of the two disks? Express wr (0mega subscript f) in terms of I, I,, and wi (omega subscript i). Another disk (a record) is dropped onto the first such that it lands coaxially (the axes coincide). The moment of inertia of the record is I. The initial angular velocity of the second disk is zero. > View Available Hint(s) There is friction between the two disks. VO AE After this "rotational collision," the disks will eventually rotate with the same angular velocity Figure ( 1 of 1 Submit Part B Because of friction, rotational kinetic energy is not conserved while the disks' surfaces slip over each other. What is the final rotational kinetic energy, K. of the two spinning disks? Express the final kinetic energy in tems of I, I,, and the initial kinetic energy Kj of the two-disk system. No angular velocities should appear in your answer. View Available Hintis)

Physics for Scientists and Engineers, Technology Update (No access codes included)
Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
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 10.3OQ: A wheel is rotating about a fixed axis with constant angular acceleration 3 rad/s2. At different...
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Course Home Ö https://openvellum.ecollege.com/cou seld-172517578OpenVellumHMAC=b1a32b7dffe55d534d81ed6c... A Q (Week 12 Homework Record and Turntable 5 of 7 inertia rotating at a constant angular velocity w (note that angular velocities use the Greek letter omega and not double-u) around an axis through the center and perpendicular to the plane of the disk (the disk's "primary axis of symmetry") as shown in (Figure 1). The axis of the disk is vertical and the disk is supported by frictionless bearings. The motor of the turntable is off, so there is no external torque being applied to the axis. I Review | Constants | Periodic Table Part A What is the final angular velocity, wr, of the two disks? Express wr (omega subscript f) in terms of It, I,, and wi (omega subscript i). Another disk (a record) is dropped onto the first such that it lands coaxially (the axes coincide). The moment of inertia of the record is I. The initial angular velocity of the second disk is zero. > View Available Hint(s) There is friction between the two disks. After this "rotational collision," the disks will eventually rotate with the same angular velocity. Figure 1 of 1 Submit Part B Because of friction, rotational kinetic energy is not conserved while the disks' surfaces slip over each other. What is the final rotational kinetic energy, K. of the two spinning disks? Express the final kinetic energy in terms of I, I,, and the initial kinetic energy K; of the two-disk system. No angular velocities should appear in your answer. View Available Hint(s) A中 国? 7:20 4/6/20
Transcribed Image Text:Course Home Ö https://openvellum.ecollege.com/cou seld-172517578OpenVellumHMAC=b1a32b7dffe55d534d81ed6c... A Q (Week 12 Homework Record and Turntable 5 of 7 inertia rotating at a constant angular velocity w (note that angular velocities use the Greek letter omega and not double-u) around an axis through the center and perpendicular to the plane of the disk (the disk's "primary axis of symmetry") as shown in (Figure 1). The axis of the disk is vertical and the disk is supported by frictionless bearings. The motor of the turntable is off, so there is no external torque being applied to the axis. I Review | Constants | Periodic Table Part A What is the final angular velocity, wr, of the two disks? Express wr (omega subscript f) in terms of It, I,, and wi (omega subscript i). Another disk (a record) is dropped onto the first such that it lands coaxially (the axes coincide). The moment of inertia of the record is I. The initial angular velocity of the second disk is zero. > View Available Hint(s) There is friction between the two disks. After this "rotational collision," the disks will eventually rotate with the same angular velocity. Figure 1 of 1 Submit Part B Because of friction, rotational kinetic energy is not conserved while the disks' surfaces slip over each other. What is the final rotational kinetic energy, K. of the two spinning disks? Express the final kinetic energy in terms of I, I,, and the initial kinetic energy K; of the two-disk system. No angular velocities should appear in your answer. View Available Hint(s) A中 国? 7:20 4/6/20
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