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caculate the number of revolutions of the shaft required to raise a load through 1.2m.
Diameter of the shaft=10.0m
mass of the load=0.5kg
time taken to raise the load through 1.2m=5.0s
assuming that the thickness of the thread can be ignored and that the gravitational force acting on a mass of 1kg is 10.0N.
(2)the speed of rotation of the output shaft in revolutions per second.
Greetings and WELCOME to the site, mashonga81!
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Thanks!
1. Find the circumference of the shaft. One revolution moves the load along the circumference of the shaft. You can find the number of revolutions easily.Quote:
Originally Posted by mashonga81
2. You have the number of revolutions now. That is done in 5 seconds. You can easily find the speed of rotation of the shaft now.
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