A thin cylindrical wheel of radius r = 40cm is allowed to spin on a frictionless axle. The wheel, which is initially at rest, has a tangential force applied at right angles to its radius of magnitude 50N as shown in Fig. The wheel has a moment of inertia equal to 20 kg m². Calculate angular velocity of the wheel after 3s F = 50 N axle A) 2 rad/s B) 6 rad/s C) 3 rad/s D) 12 rad/s E) 15 rad/s
A thin cylindrical wheel of radius r = 40cm is allowed to spin on a frictionless axle. The wheel, which is initially at rest, has a tangential force applied at right angles to its radius of magnitude 50N as shown in Fig. The wheel has a moment of inertia equal to 20 kg m². Calculate angular velocity of the wheel after 3s F = 50 N axle A) 2 rad/s B) 6 rad/s C) 3 rad/s D) 12 rad/s E) 15 rad/s
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![A thin cylindrical wheel of radius r = 40cm is allowed to spin on a
frictionless axle. The wheel, which is initially at rest, has a tangential
force applied at right angles to its radius of magnitude 50N as shown in
Fig. The wheel has a moment of inertia equal to 20 kg m².
Calculate angular velocity of the wheel after 3s
F = 50 N
axle
A) 2 rad/s
B) 6 rad/s
C) 3 rad/s
D) 12 rad/s
E) 15 rad/s
Lütfen birini seçin:
O A
O B
O C
O D
O E](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fce03c1bc-dbc7-487e-93b2-5fcad4816722%2F075b6168-f232-4300-b40c-82e30ddbf852%2F3hy8jr_processed.png&w=3840&q=75)
Transcribed Image Text:A thin cylindrical wheel of radius r = 40cm is allowed to spin on a
frictionless axle. The wheel, which is initially at rest, has a tangential
force applied at right angles to its radius of magnitude 50N as shown in
Fig. The wheel has a moment of inertia equal to 20 kg m².
Calculate angular velocity of the wheel after 3s
F = 50 N
axle
A) 2 rad/s
B) 6 rad/s
C) 3 rad/s
D) 12 rad/s
E) 15 rad/s
Lütfen birini seçin:
O A
O B
O C
O D
O E
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