ks) If a cylinder of mass 68.0 kg, 13.0 cm in radius and 1.70 m high is released from the top of an incline frictionless surface of length 17 m and angle 40°, what will be the linear velocity of the cylinder after moving 12 m distance?
ks) If a cylinder of mass 68.0 kg, 13.0 cm in radius and 1.70 m high is released from the top of an incline frictionless surface of length 17 m and angle 40°, what will be the linear velocity of the cylinder after moving 12 m distance?
Related questions
Question
Please answer question no c only. Thank You.
Transcribed Image Text:2. A man of mass 80.0 kg is standing at the center of a rotating disk of mass
20 kg and radius 65 cm with his arms at his sides. Consider his body
(including his head and legs) as a cylinder of mass 68.0 kg, 13.0 cm in
radius and 1.70 m high and each arm is a thin rod of mass 6.00 kg and
length 58.0 cm.
(a)
If the angular velocity of the system is 7.25 rad/s when his
arms are parallel to his sides, find the angular velocity of the system
when he raises his arms perpendicular to his body as shown in figure.
(b) es) Calculate the amount of force perpendicular to the edge of
the disk required to produce 15 revs from rest at 5 sec when his arms
are parallel to his sides.
(c
ks) If a cylinder of mass 68.0 kg, 13.0 cm in radius and 1.70 m
high is released from the top of an incline frictionless surface of length
17 m and angle 40°, what will be the linear velocity of the cylinder
after moving 12 m distance?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 3 steps
