Question

B: Determine the speed reduction between the input and output shafts in Fig. If the input shaft rotates 100 rpm clockwise when viewed from the right end, what is the rotation of the output shaft? 

          B: Determine the speed reduction
between the input and output shafts in
Fig. If the input shaft rotates 100 rpm
clockwise when viewed from the right
end, what is the rotation of the output
shaft?
B: Determine the speed reduction between the input and output shafts in Fig. If the input shaft rotates 100 rpm clockwise when viewed from the right end, what is the rotation of the output shaft?

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Number of teeth for A, C = 50 and for B and F = 51. B: Determine the speed reduction between the input and output shafts in Fig. If the input shaft rotates 100 rpm clockwise when viewed from the right shaft end, what is the rotation of the output shaft?
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Compute the output speed and direction of rotation of the output shaft for the gear train shown in the figure. Assume the input shaft rotates at 1750 rpm clockwise. NA = 18, NB = 42, NC = 18, ND = 54, NE = 24, NF = 54

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Transcript

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00:02 Hello students in this question the input speed is given as 1750 rpm we have to find out the output speed so the output speed will be equal to input speed divided by total gear ratio divided by total gear ratio so let's give it as equation number one so first we have to find out the total gear ratio so this can be given as rg so the gear ratio so the gear ratio 4 ab will be equal to the gear ratio is the ratio of output teeth to input teeth so that will be nb by na so that will be equal to 42 divided by 18 that is equal to 2 .33 and gear ratio 4 bc will be equal to nc by nb so that will be equal to 18 divided by 42 so that is equal to 0 .428 and…
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