The punch, repeated here from Prob. 5/57, is oper- ated by a simple harmonic motion of the pivoted sector given by 0 = this article, calculate the acceleration of the punch when 0 = 0 , = m/12 rad. 8o sin 2nt. By the method of %3D O if the amplitude 0 %3D 140 mm 100 mm
The punch, repeated here from Prob. 5/57, is oper- ated by a simple harmonic motion of the pivoted sector given by 0 = this article, calculate the acceleration of the punch when 0 = 0 , = m/12 rad. 8o sin 2nt. By the method of %3D O if the amplitude 0 %3D 140 mm 100 mm
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![The punch, repeated here from Prob. 5/57, is oper-
ated by a simple harmonic motion of the pivoted
sector given by 0 = 00 sin 2nt. By the method of
this article, calculate the acceleration of the punch
when 0 = 0 if the amplitude 6, = 7/12 rad.
140
mm
100
mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3df487c7-0da6-4b52-8ffa-fb5d2c0c70ef%2Fe90aad77-9043-4532-a47a-549225b346f2%2Ff3ijflh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The punch, repeated here from Prob. 5/57, is oper-
ated by a simple harmonic motion of the pivoted
sector given by 0 = 00 sin 2nt. By the method of
this article, calculate the acceleration of the punch
when 0 = 0 if the amplitude 6, = 7/12 rad.
140
mm
100
mm
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