b) A newly built institution has bought a D.C. shunt generator to supply a library in order for students to study using electrical power from this machine when there is load shedding on the national grid. The total load of the library is 50 kW through the cables of total resistance of 0.0422. The winding resistance of the generator is 5022 and the armature resistance is 0.0728392. The library is to be supplied at 0.4kV. i. Draw the circuit diagram indicating all the above stated values. ii. Determine the load current (IL). iii.Determine the terminal voltage of the generator.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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b) A newly built institution has bought a D.C. shunt generator to supply a library in
order for students to study using electrical power from this machine when there is load
shedding on the national grid.
The total load of the library is 50 kW through the cables of total resistance of
0.04. The winding resistance of the generator is 5092 and the armature resistance is
0.072832. The library is to be supplied at 0.4kV.
i. Draw the circuit diagram indicating all the above stated values.
ii. Determine the load current (IL).
iii.Determine the terminal voltage of the generator.
iv. Determine the armature current.
v.Determine the E.M.F. generated in the armature.
Transcribed Image Text:b) A newly built institution has bought a D.C. shunt generator to supply a library in order for students to study using electrical power from this machine when there is load shedding on the national grid. The total load of the library is 50 kW through the cables of total resistance of 0.04. The winding resistance of the generator is 5092 and the armature resistance is 0.072832. The library is to be supplied at 0.4kV. i. Draw the circuit diagram indicating all the above stated values. ii. Determine the load current (IL). iii.Determine the terminal voltage of the generator. iv. Determine the armature current. v.Determine the E.M.F. generated in the armature.
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