*18-12. Each gear has mass of 2 kg and a radius of gyration about its pinned mass center A or B, respectively, of k = 40 mm. Each link has a mass of 2 kg and a radius of gyration about its pinned end, A or B, of k = 50mm. If originally the spring is unstretched when the couple moment M = 20 N·m is applied to link AC, determine the angular velocity of the links at the instant link AC rotates 0 = 45°. Each gear and link are connected together and rotate about the fixed pins A and B. Problem 18-12 M B 200 mm- 50 mm k = 200 N/m 50 mm D

Elements Of Electromagnetics
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*18-12. Each gear has mass of 2 kg and a radius of gyration about its pinned mass center A or B,
respectively, of k = 40 mm. Each link has a mass of 2 kg and a radius of gyration about its pinned end, A or
B, of k = 50mm. If originally the spring is unstretched when the couple moment M = 20 N·m is applied to
link AC, determine the angular velocity of the links at the instant link AC rotates 0 = 45°. Each gear and link
are connected together and rotate about the fixed pins A and B.
Problem 18-12
M
B
200 mm-
50 mm
k = 200 N/m
50 mm
D
Transcribed Image Text:*18-12. Each gear has mass of 2 kg and a radius of gyration about its pinned mass center A or B, respectively, of k = 40 mm. Each link has a mass of 2 kg and a radius of gyration about its pinned end, A or B, of k = 50mm. If originally the spring is unstretched when the couple moment M = 20 N·m is applied to link AC, determine the angular velocity of the links at the instant link AC rotates 0 = 45°. Each gear and link are connected together and rotate about the fixed pins A and B. Problem 18-12 M B 200 mm- 50 mm k = 200 N/m 50 mm D
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