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/9) Calculate the force that will be exerted on the scale in a pony brake test when a 25Hp, 1800rpm motor is operating at full load. The length of the brake arm is 2 ft and the tare weight of the brake is 3.25 lb.
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9) Calculate the force that will be exerted on the scale in a pony brake test when a 25Hp, 1800rpm motor is operating at full load. The length of the brake arm is 2 ft and the tare weight of the brake is 3.25 lb.
U9DK3JThe Asker · Electrical Engineering
Transcribed Image Text: 9) Calculate the force that will be exerted on the scale in a pony brake test when a 25Hp, 1800rpm motor is operating at full load. The length of the brake arm is 2 ft and the tare weight of the brake is 3.25 lb.
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Transcribed Image Text: 9) Calculate the force that will be exerted on the scale in a pony brake test when a 25Hp, 1800rpm motor is operating at full load. The length of the brake arm is 2 ft and the tare weight of the brake is 3.25 lb.
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Answer : Given data: -Power of Motor =25HpSpeed of Motor Nr=1800rpm. length of brake A_(rm)=2ft radius of brake = iftr=0.3048mTorque T= Forre * radius.Anol" Torque "{:[T=(P**60)/(2piN_(r))],[P=" power in watts. "],[=25* ... See the full answer