Question

A gear train is shown in Figure. The gears have the following radios: R2=2 in; R3=13 in; R4=4 in; R5=10. Determine the angular velocity of the gear 5 as gear 2 drives at 3,739 RPM clockwise. Give your answer in RPM. 

          A gear train is shown in Figure. The gears have the following radios: R2=2 in; R3=13 in; R4=4 in; R5=10. Determine the angular velocity of the gear 5 as gear 2 drives at 3,739 RPM clockwise. Give your answer in RPM.
A gear train is shown in Figure. The gears have the following radios: R2=2 in; R3=13 in; R4=4 in; R5=10. Determine the angular velocity of the gear 5 as gear 2 drives at 3,739 RPM clockwise. Give your answer in RPM.

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Calculus: Early Transcendentals
Calculus: Early Transcendentals
James Stewart 8th Edition
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A gear train is shown in Figure. The gears have the following ratios: R2=2, R3=13, R4=4, R5=10. Determine the angular velocity of gear 5 as gear 2 drives at 3,739 RPM clockwise. Give your answer in RPM.
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Transcript

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00:01 Here in this question we need to find fixed carrier train ratio is to be calculated.
00:17 Here we are given number of teeth on third gear is given which is 16t, t5 is given which is equal to 100t, t2 is given which is equal to 60t and here t4 is given which is equal to 24t.
00:39 So here the fixed carrier train ratio is given by the equation n2 by n5 is equal to number of teeth on third gear multiplied by t5 divided upon t2 multiplied by t4...
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