| When a compound wound DC motor is differentially compounded, what does this mean? |
| A) 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. |
| B) 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. |
| C) 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. |
| D) 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. |
