When a compound wound DC motor is...
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Question 1 of 27070
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When a compound wound DC motor is cumulatively compounded, what does this mean?
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A
The current flow direction in each series-field coil is in the opposite direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are additive.
B
The current flow direction in each series-field coil is in the opposite direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are subtractive.
C
The current flow direction in each series-field coil is in the same direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are subtractive.
D
The current flow direction in each series-field coil is in the same direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are additive.
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Question 1 of 27070
5eccefa3bacbc34ba4d48080
Q
When a compound wound DC motor is cumulatively compounded, what does this mean?
A
The current flow direction in each series-field coil is in the opposite direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are additive.
B
The current flow direction in each series-field coil is in the opposite direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are subtractive.
C
The current flow direction in each series-field coil is in the same direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are subtractive.
D
The current flow direction in each series-field coil is in the same direction as the current flow direction in its corresponding shunt-field coil, in which case the field fluxes are additive.
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