Answer to Question #191454 in Mechanical Engineering for Brian

Question #191454

the tensions of a flat belt are;right side 800n and slack side 300n. the angular speed n and diameter d of the pulley are 400 rev/min and 30cm respectively. if the coefficient of friction between the belt and the pulley is 0.7 and the mass of the belt is 2.1kg/g,including centrifugal tension, determine (a) initial tension of the belt (b) angle of lap in degrees (c) power transmitted (d) maximum power)


1
Expert's answer
2021-05-11T07:24:38-0400

Given:

Diameter


1) Initial tension of the belt


2) Power transmitted at this speed in kilowatts.


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