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Mathematics 12 Online
OpenStudy (anonymous):

Will medal!! A simple governor is formed by a pair of rotating balanced spheres, each mass of mass 3kg. The link joining each mass to the rotating mass to the shaft is 300mm from the axis of the shaft to the center of gravity of the mass. Find (a) The change in height when the speed rises from 60 to 70 rev/min.

OpenStudy (anonymous):

@AnswerMyQuestions @iGreen. @Kainui

OpenStudy (anonymous):

@sleepyjess @King.Void. @ajprincess

OpenStudy (sleepyjess):

is there possibly a picture?

OpenStudy (anonymous):

w8 pelase

OpenStudy (sleepyjess):

ok

OpenStudy (anonymous):

OpenStudy (anonymous):

@Luigi0210 @sleepyjess

OpenStudy (anonymous):

im just having trouble in getting the height.

OpenStudy (anonymous):

@AnswerMyQuestions @Joel_the_boss @iGreen.

OpenStudy (anonymous):

guys, can i have some help pelase?

OpenStudy (anonymous):

@hartnn @ganeshie8

OpenStudy (anonymous):

@phi CAN YOU PLEASE HELP ME?

OpenStudy (anonymous):

@TuringTest @mathstudent55

OpenStudy (anonymous):

any help please?

OpenStudy (phi):

I think the picture looks like this |dw:1424186221018:dw| But your description ***The link joining each mass to the rotating mass to the shaft is 300mm from the axis of the shaft to the center of gravity of the mass.*** is too muddled for me to make sense of. Can you re-state it or post a picture?

OpenStudy (anonymous):

it's just, finding the change of height, of the pendulum from the speed of 60 rev/min to 70 rev/min. and the length of the shaft is 300mm

OpenStudy (anonymous):

i have formulas, but my answers are too far away from the key answer

OpenStudy (anonymous):

@phi

OpenStudy (phi):

what formulas do you have ?

OpenStudy (phi):

What is the formula for the "centrifugal" force ?

OpenStudy (phi):

Is the answer about 66 mm (6.6 cm) ?

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