SOLUTION: Manufacturing D-8:
A pulley with a radius of 36.2cm rotates at 6.5 rev/sec. Find the linear speed of the belt driving the pully. Round to the three significant digit.
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-> SOLUTION: Manufacturing D-8:
A pulley with a radius of 36.2cm rotates at 6.5 rev/sec. Find the linear speed of the belt driving the pully. Round to the three significant digit.
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Question 110072This question is from textbook 9780132321020
: Manufacturing D-8:
A pulley with a radius of 36.2cm rotates at 6.5 rev/sec. Find the linear speed of the belt driving the pully. Round to the three significant digit. This question is from textbook 9780132321020
You can put this solution on YOUR website! A pulley with a radius of 36.2cm rotates at 6.5 rev/sec. Find the linear speed of the belt driving the pully. Round to the three significant digit.
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The circumference of the pulley is 2(pi)r = 2(pi)36.2 = 72.4(pi) cm
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At 6.5 rev/sec the belt moves at 6.5*(72.4(pi)) cm/sec
= 1478.433...cm/sec
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Cheers,
Stan H.
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