As engine rpm increases, the ignition timing must:

A.Electromagnetic force

B.Electromotive force

C.Electronic magnetic force

D.Electromated force

A.Coil Dual Ignition

B.Current Direct Ignition

C.Capacitor Discharged Ignition

D.Capacitor Direct Ignition

A.200

B.300

C.400

D.100

A.Remains the same

B.Becomes zero

C.Decreases

D.Increases

A.Supply electricity to the vehicle's electrical system at all times while the engine is running

B.Act as a reservoir or stabilizer of electricity

C.Supply electricity to the alternator

D.Supply a large amount of power to turn the starter motor when the engine is cranking

A.Engine RPM

B.Engine Temperature

C.Engine Load

D.Any of the above

A.disengage the armature when the engine starts

B.assist the solenoid during cranking.

C.keep the hold-in winding energized during cranking

D.pull the starter pinion gear out of mesh