Belt tension along its entire length around two pulleys is 200 N. In the transmission of power, the tension increases by 20 N at the tight end. Furthermore, the net torque is equal to the formula in N.m unit (5 + 0.005 F1 -0.001 F2) ; and the diameter ratio (D1 of driver / D2 of driven) is equal to 1.25, and the central distance between the pulleys is 0.6 m. Additionally, the driven pulley rotates 4515 times in two minutes. Calculate the following parameters : F1, F2 , net torture, length of belt, The Time that takes frome the belt to complete one full revolution for the whole system starting from a certain point

Belt tension along its entire length around two pulleys is 200 N. In the transmission of power, the tension increases by 20 N at the tight end. Furthermore, the net torque is equal to the formula in N.m unit (5 + 0.005 F1 -0.001 F2) ; and the diameter ratio (D1 of driver / D2 of driven) is equal to 1.25, and the central distance between the pulleys is 0.6 m. Additionally, the driven pulley rotates 4515 times in two minutes. Calculate the following parameters : F1, F2 , net torture, length of belt, The Time that takes frome the belt to complete one full revolution for the whole system starting from a certain point

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Theory of machines

Belt tension along its entire length around two pulleys is 200 N. In the transmission
of power, the tension increases by 20 N at the tight end. Furthermore, the net torque is equal to the
formula in N.m unit (5 + 0.005 F1 - 0.001 F2) ; and the diameter ratio (D1 of driver / D2 of driven) is equal
to 1.25, and the central distance between the pulleys is 0.6 m. Additionally, the driven pulley rotates 4515
times in two minutes. Calculate the following parameters :
F1, F2 , net torture, length of belt,
The Time that takes frome the belt to complete one full revolution for the whole
system starting from a certain point

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