A. separately excited generator
B. shunt generator
C. series generator
D. compound generator
A. flux/pole
B. speed of armature
C. number of poles
D. all of the above
A. Series field
B. Compensating field
C. Inter pole field
D. Shunt field
A. 2
B. 4
C. 6
D. 8
A. brushes
B. field
C. armature
D. load
A. where low voltage and high currents are involved
B. where high voltage and small cur-rents are involved
C. in both of the above cases
D. in none of the above cases
A. demagnetisation of leading pole tip and magnetisation of trailing pole tip
B. demagnetisation of trailing pole tip and magnetisation of leading pole tip
C. damagnetising the center of all poles
D. magnetising the center of all poles