1. A 20-lb uniform cylinder can roll without sliding on an incline and is attached to a spring AB as shown. If the center of the cylinder is moved 0.5 in. down the incline from the equilibrium position and released from rest, deveop (a) the differential equation, (b) determine the period of vibration, (c) the maximum velocity of the center of the cylinder. At equlibrium spring force is balanced by weight component. (show FBD and Kinetic diagram) (that ed 4 in. k= 50 lb/ft 15° B

Elements Of Electromagnetics
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1. A 20-lb uniform cylinder can roll without sliding on an incline and is attached to a spring AB
as shown. If the center of the cylinder is moved
0.5 in. down the incline from the equilibrium position and released from rest, deveop (a) the
differential equation, (b) determine the period of vibration, (c) the maximum velocity of the
center of the cylinder. At equlibrium spring force is balanced by weight component. (show FBD
and Kinetic diagram) (phát ed
4 in.
k= 50 lb/ft
15°
B
Transcribed Image Text:1. A 20-lb uniform cylinder can roll without sliding on an incline and is attached to a spring AB as shown. If the center of the cylinder is moved 0.5 in. down the incline from the equilibrium position and released from rest, deveop (a) the differential equation, (b) determine the period of vibration, (c) the maximum velocity of the center of the cylinder. At equlibrium spring force is balanced by weight component. (show FBD and Kinetic diagram) (phát ed 4 in. k= 50 lb/ft 15° B
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