5 1-36.   What voltmeter range should be used for initial measurements? 1.    The lowest 2.    The highest 3.    The mid-scale 1-37.   The electrostatic meter movement reacts to which of the following electrical properties? 1.    Power 2.    Current 3.    Voltage 4.    Resistance 1-38.   Electrostatic meter movements are used to measure which of the following current/voltage values? 1.    Low voltage 2.    Low current 3.    High voltage 4.    High current 1-39.   Which of the following safety precautions should be observed when a voltmeter is used? 1.    Deenergize the circuit before connecting the meter 2.    Start with the lowest range of the meter 3.    Connect the meter in series with the circuit 4.    All of the above 1-40.   What electrical property is measured with an ohmmeter? 1.    Power 2.    Current 3.    Voltage 4.    Resistance 1-41.   An ohmmeter is used to check for which of the following conditions? 1.    Continuity 2.    Overheating 3.    Overcurrent 4.    Undercurrent 1-42.   How should an ohmmeter be connected in an electrical circuit? 1.    In series with the load 2.    In parallel with the load 3.    In parallel with the source 4.    In series-parallel with the load 1-43.   An ohmmeter can measure different ranges because of the use of which of the following components? 1.    Range coils 2.    Range resistors 3.    Range capacitors 4.    Range potentiometers 1-44.   What area of an ohmmeter scale should be used when a measurement is taken? 1.    Upper half 2.    Lower half 3.    Mid-scale portion 4.    Anywhere on the meter face 1-45.   Ohmmeter are classified by type. What are the two types of ohmmeters? 1.    Series and shunt 2.    Normal and reverse 3.    Full- and half-scale 1-46.   What is the most obvious differences in the two types of ohmmeters? 1.    The ranges of the meters 2.    The scales of the meters 3.    The power sources of the meters 4.    The size of the test leads of the meters