A machine works in three strokes whose total stroke length is 36 cm and completed in 2 minutes. The machine table accelerates uniformly from rest to maximum speed during the first stroke for 12 cm; then the table speed falls to half of the maximum cutting speed at the end of the second stroke for next 0.15 m. Then the speed reaches to zero in the remaining last stroke. Find the maximum cutting velocity of the machine in mm/s. O 6.67 O 10 400 0.15

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A machine works in three
strokes whose total stroke
length is 36 cm and
completed in 2 minutes. The
machine table accelerates
uniformly from rest to
maximum speed during the
first stroke for 12 cm; then the
table speed falls to half of the
maximum cutting speed at
the end of the second stroke
for next 0.15 m. Then the speed
reaches to zero in the
remaining last stroke. Find the
maximum cutting velocity of
the machine in mm/s.
6.67
O 10
400
O 0.15
Transcribed Image Text:A machine works in three strokes whose total stroke length is 36 cm and completed in 2 minutes. The machine table accelerates uniformly from rest to maximum speed during the first stroke for 12 cm; then the table speed falls to half of the maximum cutting speed at the end of the second stroke for next 0.15 m. Then the speed reaches to zero in the remaining last stroke. Find the maximum cutting velocity of the machine in mm/s. 6.67 O 10 400 O 0.15
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