188. assignment (rotational kinematics)
Problem 1
As shown in Fig. 1, a wheel of radius r =0.1 m and mass M= 10 kg is rolling (i.e. no slip between the wheel and the surface) back and forth on a circular surface of radius R=1 m. At the time when wheel reaches the bottom, the velocity of the mass center is v = 0.05 m/s pointing horizontally to the right. Calculate the following:
a) Respective velocities of points A (bottom of the wheel), B (top of the wheel) and C (rearmost point of the wheel).
b) Respective accelerations of points A, B and C on the wheel as indicated.
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As shown in Fig. 1, a wheel of radius r =0.1 m and mass M= 10 kg is rolling (i.e. no slip between the wheel and the surface) back and forth on a circular surface of radius R=1 m. At the time when wheel reaches the bottom, the velocity of the mass center is v = 0.05 m/s pointing horizontally to the right. Calculate the following:
a) Respective velocities of points A (bottom of the wheel), B (top of the wheel) and C (rearmost point of the wheel).
b) Respective accelerations of points A, B and C on the wheel as indicated.
Video description:
https://youtu.be/tvk_V1DnWz8
Follow the links to:
Visit our website: https://onlinetutors.top
Choose your tutor here: https://onlinetutors.top/crossroad#section-1-link
Get homework answers here: https://onlinetutors.top/crossroad#section-2-link
Submit new assignment here: https://onlinetutors.top/crossroad#section-3-link
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