The rated power of a Comp-connected DC generator operated at rated load is 13927 W and the rated voltage is 140 Volt, and its mechanical losses are measured as 616 W. The armature resistance of this generator is 0.134 ohm and the series field winding resistance is 0.098 ohm. The shunt field winding resistance is 65 ohms and is fed from an external source of 157 Volts. Calculate the generator efficiency of this compound generator.
The rated power of a Comp-connected DC generator operated at rated load is 13927 W and the rated voltage is 140 Volt, and its mechanical losses are measured as 616 W. The armature resistance of this generator is 0.134 ohm and the series field winding resistance is 0.098 ohm. The shunt field winding resistance is 65 ohms and is fed from an external source of 157 Volts. Calculate the generator efficiency of this compound generator.
The rated power of a Comp-connected DC generator operated at rated load is 13927 W and the rated voltage is 140 Volt, and its mechanical losses are measured as 616 W. The armature resistance of this generator is 0.134 ohm and the series field winding resistance is 0.098 ohm. The shunt field winding resistance is 65 ohms and is fed from an external source of 157 Volts. Calculate the generator efficiency of this compound generator.
The rated power of a Comp-connected DC generator operated at rated load is 13927 W and the rated voltage is 140 Volt, and its mechanical losses are measured as 616 W. The armature resistance of this generator is 0.134 ohm and the series field winding resistance is 0.098 ohm. The shunt field winding resistance is 65 ohms and is fed from an external source of 157 Volts. Calculate the generator efficiency of this compound generator.
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Branch of science that deals with the stationary and moving bodies under the influence of forces.
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