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V₁ = 100V RF = 2^ M I = SA R₁ = 6^ a) compute the back-emf (EG). b) compute the output power in Watts (W) and horsepower (hp). c) compute the torque in ft-lbf and N-m. d) neglecting all losses, compute the efficiency (n) if Pin is 400 W. EG n=1200rpm

V₁ = 100V RF = 2^ M I = SA R₁ = 6^ a) compute the back-emf (EG). b) compute the output power in Watts (W) and horsepower (hp). c) compute the torque in ft-lbf and N-m. d) neglecting all losses, compute the efficiency (n) if Pin is 400 W. EG n=1200rpm

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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For the following series motor

V₁ = 100V RF = 2^ I = SA R₁ = 6₁ a) compute the back-emf (EG). b) compute the output power in Watts (W) and horsepower (hp). c) compute the torque in ft-lbf and N-m. d) neglecting all losses, compute the efficiency (n) if Pin is 400 W. EG n=1200rpm
Transcribed Image Text:V₁ = 100V RF = 2^ I = SA R₁ = 6₁ a) compute the back-emf (EG). b) compute the output power in Watts (W) and horsepower (hp). c) compute the torque in ft-lbf and N-m. d) neglecting all losses, compute the efficiency (n) if Pin is 400 W. EG n=1200rpm
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