Do fast plz i will give you like sure #22The figure shows a simple governoroperated by two balls and a slottedplate which transmits the motion of theballs to the sleeve. The mass of eachball is 1,2 kg.(i) Determine the mass of the blate andcollar so that the height h is 150mmwhen the governor rotates af 250 r.f.m.(22,75kg)(i) Calculate the change in height of the ballswhen the angular velocity is increased by75 r.p.m (G1,25mm)hii) The driving collay at the top of the governor is linked to each ball bya light uniform rod. Find the tension in each rod when the geveYROYa rod and the spinels is 10°turns at 225 r.p.m., if the angle betrusenat an orgulay velocity of 250 v7/2m. (ZZ/ N)

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#22 The figure shows a simple governor operated by two balls and a slotted plate which transmits the motion of the balls to the sleeve. The mass of each ball is 1,2 kg. (i) Determine the mass of the blate and collar so that the height h is 150mm when the governor rotates of 250 r.f.m. (22,75kg) C (ii) Calculate the change in height of the balls when the angular velocity is increased by 75 r.pm (61,25mm) The driving collay at the top of the g a light uniform rod. Find the tension in

#22 The figure shows a simple governor operated by two balls and a slotted plate which transmits the motion of the balls to the sleeve. The mass of each ball is 1,2 kg. (i) Determine the mass of the blate and collar so that the height h is 150mm when the governor rotates of 250 r.f.m. (22,75kg) C (ii) Calculate the change in height of the balls when the angular velocity is increased by 75 r.pm (61,25mm) The driving collay at the top of the g a light uniform rod. Find the tension in

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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