Problem-5: The mass of the stepped disk is m, and centroidal mass moment of inertia, JG. At t = 0, y = 0 and the disk is at rest and in static equilibrium. Taking the value of all constants (m, R, t, c, JG) = 1, find the zero input response if 6(0) = 1 and Odot = >(0) = 0. a) Assume that the centroid, G, translates vertically while the disk rotates; b) the cable does not slip with respect to disk; c) The smaller disk, R is rigidly attached to the larger disk, 2R and both rotates with same angular velocity. R 2R 0, a www

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Problem-5: The mass of the stepped disk is m, and centroidal
mass moment of inertia, JG. At t = 0, y = 0 and the disk is at rest
and in static equilibrium. Taking the value of all constants (m, R,
k, c, JG) = 1, find the zero input response if 6(0) = 1 and Odot =
w(0) = 0.
a) Assume that the centroid, G, translates vertically while the disk
rotates; b) the cable does not slip with respect to disk; c) The
smaller disk, R is rigidly attached to the larger disk, 2R and both
rotates with same angular velocity.
G
R
2R
0, a
www
Transcribed Image Text:Problem-5: The mass of the stepped disk is m, and centroidal mass moment of inertia, JG. At t = 0, y = 0 and the disk is at rest and in static equilibrium. Taking the value of all constants (m, R, k, c, JG) = 1, find the zero input response if 6(0) = 1 and Odot = w(0) = 0. a) Assume that the centroid, G, translates vertically while the disk rotates; b) the cable does not slip with respect to disk; c) The smaller disk, R is rigidly attached to the larger disk, 2R and both rotates with same angular velocity. G R 2R 0, a www
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