Charging System

The alternator brush rides on a?

• slip ring

• commutator

• rotor

• diode

The voltage regulator directly controls

• field current

• output current

• stator circuit

• rectification

If a conductor is moved through a magnetic field

• heat is created

• voltage is created

• the magnetic field is decreased

• the magnetic field is increased

The magnetic field in an alternator is created in?

• stator

• rotor

• armature

• none of the above

The rotor's field current is controlled to regulate

• alternator output current

• diode voltage

• stator resistance

• none of the above

When most of the electrical accessories are turned on, the electrical system will demand

• lower alternator output

• higher alternator output

• both A and B

• neither A nor B

In an alternator, alternating current is converted to direct current by the

• stator

• brushes

• rectifier

• regulator

The purpose of the alternator stator is to

• change alternating current to direct current

• have voltage induced into it's windings

• build up a strong magnetic field

• conduct the field current

When the input voltage to the regulator decreases, the alternator output voltage should normally

• increase

• decrease

• stay the same

• turn ON the charging system indicator

A battery that is overcharged can be due to

• loose alternator drive belt

• defective voltage regulator

• high speed driving

• high resistance in the field circuit