The 10-kg wheel is subjected to a 150-N P horizontal force. The wheel starts from rest and rolls upward along the inclined plane 6= 45 degree without slipping. The radius of gyration of the wheel about its mass center O is k,= 0.3m and the radius of the wheel r=0.25 m. (a) Determine the total work done on the wheel after it has moved 2 m upward along the inclined plane. (b) Determine the angular velocity and the velocity of the wheel after it has movea 2 m upward along the inclined plane. (c) If the angle of the inclined plane is steeper (the angle is greater than = 45 degree), is the angular velocity of the wheel higher or lower after it has moved 2 m upward along the inclined plane? Justify your answer. P Figure QI
The 10-kg wheel is subjected to a 150-N P horizontal force. The wheel starts from rest and rolls upward along the inclined plane 6= 45 degree without slipping. The radius of gyration of the wheel about its mass center O is k,= 0.3m and the radius of the wheel r=0.25 m. (a) Determine the total work done on the wheel after it has moved 2 m upward along the inclined plane. (b) Determine the angular velocity and the velocity of the wheel after it has movea 2 m upward along the inclined plane. (c) If the angle of the inclined plane is steeper (the angle is greater than = 45 degree), is the angular velocity of the wheel higher or lower after it has moved 2 m upward along the inclined plane? Justify your answer. P Figure QI
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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![The 10-kg wheel is subjected to a 150-N P horizontal force. The wheel starts from rest and
rolls upward along the inclined plane 0= 45 degree without slipping. The radius of gyration
of the wheel about its mass center O is k, = 0.3m and the radius of the wheel r=0.25 m.
(a) Determine the total work done on the wheel after it has moved 2 m upward along the
inclined plane.
(b) Determine the angular velocity and the velocity of the wheel after it has movea 2 m
upward along the inclined plane.
(c) If the angle of the inclined plane is steeper (the angle is greater than 0= 45 degree), is
the angular velocity of the wheel higher or lower after it has moved 2 m upward along
the inclined plane? Justify your answer.
P
P.
Figure QI
Need it asap with good explanation.. thank
you](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3fa4caf1-adc5-450e-a894-9fdbea861a2b%2F50dafeca-e2fe-4c3b-b891-141b6aa015d4%2Fpkf7exk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The 10-kg wheel is subjected to a 150-N P horizontal force. The wheel starts from rest and
rolls upward along the inclined plane 0= 45 degree without slipping. The radius of gyration
of the wheel about its mass center O is k, = 0.3m and the radius of the wheel r=0.25 m.
(a) Determine the total work done on the wheel after it has moved 2 m upward along the
inclined plane.
(b) Determine the angular velocity and the velocity of the wheel after it has movea 2 m
upward along the inclined plane.
(c) If the angle of the inclined plane is steeper (the angle is greater than 0= 45 degree), is
the angular velocity of the wheel higher or lower after it has moved 2 m upward along
the inclined plane? Justify your answer.
P
P.
Figure QI
Need it asap with good explanation.. thank
you
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