Deck 2: Voltage, Current, and Resistance

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Question
The Nickel-Metal Hydride battery is an example of a secondary battery.
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Question
Resistance is the opposition to the flow of current.
Question
An elementW ith a relatively large amount of electrons in the valence ring is considered to be a good conductor.
Question
A ormally Open Push Button switch can carry currentW hen not pushed.
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The movement of free electrons through a conductor is called current
Question
A resistor color coded with yellow, violet and orange bands has a value of 4.7 A resistor color coded with yellow, violet and orange bands has a value of  4.7   <div style=padding-top: 35px>
Question
Electrons have a positive charge.
Question
For electrical current to flow in a circuit voltage must be applied to that circuit.
Question
Electrons attract each other.
Question
A(n)________ is a material that has many free electrons.

A)semiconductor
B)insulator
C)poor conductor
D)conductor
Question
Electromotive force is measured in volts.
Question
A resistor with orange, orange, red and gold bands has a value and tolerance of___________

A) 3.3kΩ±5%3.3 \mathrm { k } \Omega \pm 5 \%
B) 3.3kΩ±10%3.3 \mathrm { k } \Omega \pm 10 \%
C) 33kΩ±10%33 \mathrm { k } \Omega \pm 10 \%
D) 33kΩ±5%33 \mathrm { k } \Omega \pm 5 \%
Question
To measure the current through a resistor, place the ammeter so the current must pass through the meter.
Question
If a resistor is color coded with red, red, orange and silver bands, the resistance equals __________,the lower tolerance limit equals________, and the upper tolerance limit equals______

A) 22kΩ,19.8kΩ,24.2kΩ22 \mathrm { k } \Omega , 19.8 \mathrm { k } \Omega , 24.2 \mathrm { k } \Omega
B) 22kΩ,17.6kΩ,26.4kΩ22 \mathrm { k } \Omega , 17.6 \mathrm { k } \Omega , 26.4 \mathrm { k } \Omega
C) 22kΩ,20.9kΩ,23.1kΩ22 \mathrm { k } \Omega , 20.9 \mathrm { k } \Omega , 23.1 \mathrm { k } \Omega
D) 22kΩ,21.5kΩ,22.4kΩ22 \mathrm { k } \Omega , 21.5 \mathrm { k } \Omega , 22.4 \mathrm { k } \Omega
Question
A SPST switch is used to control one circuit.
Question
The opposition to the flow of current is called ________.

A)current
B)resistance
C)voltage
D)capacitance
Question
The ohm is the basic unit of resistance.
Question
An insulator is a materialW ith ________.

A)very many free electrons
B)some free electrons
C)very few free electrons
D)all free electrons
Question
A resistor color-coded with brown, black and orange bands has a value of 10,000 A resistor color-coded with brown, black and orange bands has a value of 10,000  <div style=padding-top: 35px>
Question
A generator converts electrical energy into mechanical energy.
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Which switch in Figure 2-1 could be used to open a circuit momentarily?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
A source, a path, and a load ________.

A)make up a basic circuit
B)do not make up a complete circuit
C)can only be an open circuit
D)will allow current to flow if the switch is open
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Identify the Normally Closed Push Button switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
Which unit of charge contains 6.25 × 1018 electrons?

A)a coulomb
B)an ampere
C)aVolt
D)a joule
Question
What do you call a diagram that shows the electrical connections of a circuitʹs components?

A)a pictorial diagram
B)an electrical diagram
C)a schematic diagram
D)a block diagram
Question
To measure a circuitʹs source voltage, the voltmeter must ________.

A)be placed across the source
B)be placed in series in the circuit
C)have the red lead towards the negative side of the source
D)have the black lead towards the positive side of the source
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Identify the Rotary switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Identify the DPDT switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Identify the Normally Open Push Button switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Identify the DPST switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
A conductor is a material that has ________.

A)few free electrons
B)many free electrons
C)a positive charge
D)a structure similar to semiconductors
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above <div style=padding-top: 35px>

Figure 212 - 1


-The Rotary switch in Figure 2-1 is most likely to be used as ________.

A)a selector for differentVoltages in a power supply.
B)a range selector switch in an analogV
Oltmeter.
C)an old manual TV channel selector.
D)all of the above
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Which switch in Figure 2-1 could be used to switch two inputs to different output positions?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
If the current in a circuit equals 0 A, it is likely that the ________.

A)voltage is too high
B)circuit has a short
C)resistance is too low
D)circuit is open
Question
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e) <div style=padding-top: 35px>

Figure 212 - 1


-Which switch in Figure 2-1 is usually used to control a doorbell?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
Question
If a resistor equals 1.2 Ω±5%\Omega \pm 5 \% , its color code is________

A) brown, red, silver, gold
B) brown, red, gold, gold
C) brown, black, gold, silver
D) brown, black, red, gold
Question
If the measured circuit current is zero, it is likely that the ________.

A)circuitVoltage isV
Ery high
B)voltage is turned off
C)circuit has a short
D)resistance isV
Ery low
Question
Voltage is ________.

A)the force that exists between charged particles
B)the force that causesW
Ater to flow
C)the movement of free electrons
D)the opposition to the flow of current
Question
An ohmmeter should ________.

A)be inserted into the circuit so the current flows through it
B)have the polarity carefully checked before its use
C)be connected across a circuitW
Ith the power on
D)be placed across the resistor after the resistor has been disconnected from the circuit
Question
On a resistorW ith five bands of color code, the fifth band may represent that:

A)the resistor is a precision resistor.
B)the reliability in percentage of failure.
C)the tolerance in percentage ofV
Alue.
D)all of these.
Question
Most DMMsW ill measure ________ ________ and ________.

A)frequency,Voltage, current
B)voltage, current, resistance
C)voltage, frequency, resistance
D)voltage, current, capacitance
Question
Every electrical circuit must contain ________.

A)a source, a load and a path
B)a battery, a path and a switch
C)a source, a load and a resistor
D)a battery, a resistor and a capacitor
Question
 <strong>   \text { Figure } 2 < 2   -In Figure  2-2 , the voltage  V<sub>CE </sub> is the same as________</strong> A)  \mathrm { VR } 3 + \mathrm { VR } 4  B)  \text { VR6 }  C)  \mathrm { VR } 4 + \mathrm { VR } 5  D)  \mathrm { V } _ { \mathrm { R } } 5  <div style=padding-top: 35px>
 Figure 2<2\text { Figure } 2 < 2

-In Figure 2-2 , the voltage VCE is the same as________

A) VR3+VR4\mathrm { VR } 3 + \mathrm { VR } 4
B)  VR6 \text { VR6 }
C) VR4+VR5\mathrm { VR } 4 + \mathrm { VR } 5
D) VR5\mathrm { V } _ { \mathrm { R } } 5
Question
In order to measure the current in a circuit, an ammeter must ________.

A)be placed so the current must pass through the meter
B)be placed across the load
C)be placed across the source
D)all of these
Question
A 100 kQ±10%\mathrm { k } Q \pm 10 \% resistor is color coded___________

A) brown, black, yellow, gold
B) brown, black, yellow, silver
C) brown, green, black, gold
D) black, brown, yellow, silver
Question
 <strong>   \text { Figure } 2 - 2   -In Figure 2-2, if you place a voltmeter?s red lead on point E and its black lead on point H, youW ill be measuring ________. </strong> A)  \mathrm { VR } 5  B)  \text { VR6 }  C)  \text { VR4 }  D)  \text { VR7 }  <div style=padding-top: 35px>
 Figure 22\text { Figure } 2 - 2

-In Figure 2-2, if you place a voltmeter?s red lead on point E and its black lead on point H, youW ill be measuring ________.

A) VR5\mathrm { VR } 5
B)  VR6 \text { VR6 }
C)  VR4 \text { VR4 }
D)  VR7 \text { VR7 }
Question
Interpret the following mixed numbers and letters 4R7 on a resistor to the correct resistance of:

A)4.7 Kilohms.
B)47 ohms.
C)4.7 Megohms.
D)4.7 ohms.
Question
On a resistorW ith four bands of color code, the fourth band represents:

A)the multiplierV
Alue.
B)theVoltage rating.
C)theW
Attage rating.
D)the tolerance percentage.
Question
Interpret the following mixed numbers and letters 3M3 on a resistor to the correct resistance of:

A)330 Kilohms.
B)33 Kilohms.
C)3.3 Kilohms.
D)3300 Kilohms.
Question
A resistor with yellow, violet, orange and silver bands equals_____

A) 47kΩ±5%47 \mathrm { k } \Omega \pm 5 \%
B) 47MΩ±10%47 \mathrm { M } \Omega \pm 10 \%
C) 47kΩ±10%47 \mathrm { k } \Omega \pm 10 \%
D) 4.7kΩ±10%4.7 \mathrm { k } \Omega \pm 10 \%
Question
<strong>  To measure the current that flows through R6 in Figure 2-2, the circuit must be opened and the ammeter placed at point ________.</strong> A)H B)G C)E D)F <div style=padding-top: 35px>
To measure the current that flows through R6 in Figure 2-2, the circuit must be opened and the ammeter placed at point ________.

A)H
B)G
C)E
D)F
Question
 <strong>   \text { Figure } 2 < 2   -In Figure  2-2 , the voltage  \text { VFG }  is the same as_______</strong> A)  \mathrm { VR } 9  B)  \text { VR6 }  C)  \text { VR8 }  D)  \text { VR7 }  <div style=padding-top: 35px>
 Figure 2<2\text { Figure } 2 < 2

-In Figure 2-2 , the voltage  VFG \text { VFG } is the same as_______

A) VR9\mathrm { VR } 9
B)  VR6 \text { VR6 }
C)  VR8 \text { VR8 }
D)  VR7 \text { VR7 }
Question
<strong>  In Figure 2-2, the voltage V<sub>GH</sub> is the same as ________.</strong> A)VR5 B)VR7 C)VR6 D)VR8 <div style=padding-top: 35px>
In Figure 2-2, the voltage VGH is the same as ________.

A)VR5
B)VR7
C)VR6
D)VR8
Question
An analog meter has ________.

A)a digital readout
B)a needle and a scale to indicate theV
Alue
C)a high degree of accuracy
D)no moving parts
Question
 <strong>   \text { Figure } 2 < 2   -In Figure 2-2, a voltmeter placed across points  C  and  D  will measure_______</strong> A)  \mathrm { V } _ { \mathrm { R } 3 }  B)  \mathrm { VR } 1  C)  \mathrm { VR } 4  D)  \mathrm { VR } 2  <div style=padding-top: 35px>
 Figure 2<2\text { Figure } 2 < 2

-In Figure 2-2, a voltmeter placed across points C and D will measure_______

A) VR3\mathrm { V } _ { \mathrm { R } 3 }
B) VR1\mathrm { VR } 1
C) VR4\mathrm { VR } 4
D) VR2\mathrm { VR } 2
Question
A resistor with yellow, violet, orange, and gold bands equals_______

A) 4.7kΩ±10%4.7 \mathrm { k } \Omega \pm 10 \%
B) 47MΩ±10%47 \mathrm { M } \Omega \pm 10 \%
C) 47kΩ±10%47 \mathrm { k } \Omega \pm 10 \%
D) 47kΩ±5%47 \mathrm { k } \Omega \pm 5 \%
Question
If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________.

A) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
B) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
C) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
D) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)   <div style=padding-top: 35px>
Question
On a resistorW ith numbers and letters, the position of the letter in the sequence represents:

A)the tolerance.
B)the numerical total.
C)the decimal point.
D)the resistanceV
Alue.
Question
In the AmericanW ire Gauge sizes, as the numerical value of AWG goes higher, the cross sectional area of theW ire:

A)doubles.
B)halves.
C)increases.
D)decreases.
Question
What is the key differenceW hen taking voltage measurementsW ith an analog meter versus a digital meter?

A)where the negative lead is placed
B)proper choice of the scale on the display
C)safety procedure in taking the measurement
D)adjustment of the scale
Question
The voltage measured directly across an open switch in a circuitW ill be:

A)unpredictable.
B)half of applied Voltage.
C)0 V
D)full applied Voltage.
Question
(a)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer <div style=padding-top: 35px>

Figure 232 - 3

-What does the schematic symbol (b)represent in Figure 2-3?

A)photoconductive cell
B)rheostat
C)thermistor
D)potentiometer
Question
Which type of resistor is used for high power applications?

A)wireW
Ound
B)surface mount
C)carbon composition
D)film
Question
Potentiometers and rheostats differ in that:

A)potentiometers utilize linear and nonlinear tapers,wHile rheostats usually utilize only lineartapers.
B)potentiometers utilize three terminals,while rheostats usually use only two terminals.
C)potentiometers are used to vary Voltages,while rheostats vary currents.
D)all of these.
Question
A common type of resistors are:

A)carbon-composition.
B)carbon film.
C)metal film.
D)wirewound.
Question
(a)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors. <div style=padding-top: 35px>
(b)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors. <div style=padding-top: 35px>
(c)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors. <div style=padding-top: 35px>
(d)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors. <div style=padding-top: 35px>

Figure 232 - 3

-Which of the following is not a type of variable resistor?

A)photoconductive cell
B)thermistor
C)potentiometer
D)All are types ofV
Ariable resistors.
Question
The basic difference between a fuse and a circuit breaker is that:

A)a fuse is faster.
B)a circuit breaker is more reliable.
C)a circuit breaker is reusable.
D)a fuse is reusable.
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Deck 2: Voltage, Current, and Resistance
1
The Nickel-Metal Hydride battery is an example of a secondary battery.
True
2
Resistance is the opposition to the flow of current.
True
3
An elementW ith a relatively large amount of electrons in the valence ring is considered to be a good conductor.
False
4
A ormally Open Push Button switch can carry currentW hen not pushed.
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5
The movement of free electrons through a conductor is called current
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6
A resistor color coded with yellow, violet and orange bands has a value of 4.7 A resistor color coded with yellow, violet and orange bands has a value of  4.7
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7
Electrons have a positive charge.
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8
For electrical current to flow in a circuit voltage must be applied to that circuit.
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9
Electrons attract each other.
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10
A(n)________ is a material that has many free electrons.

A)semiconductor
B)insulator
C)poor conductor
D)conductor
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11
Electromotive force is measured in volts.
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12
A resistor with orange, orange, red and gold bands has a value and tolerance of___________

A) 3.3kΩ±5%3.3 \mathrm { k } \Omega \pm 5 \%
B) 3.3kΩ±10%3.3 \mathrm { k } \Omega \pm 10 \%
C) 33kΩ±10%33 \mathrm { k } \Omega \pm 10 \%
D) 33kΩ±5%33 \mathrm { k } \Omega \pm 5 \%
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13
To measure the current through a resistor, place the ammeter so the current must pass through the meter.
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14
If a resistor is color coded with red, red, orange and silver bands, the resistance equals __________,the lower tolerance limit equals________, and the upper tolerance limit equals______

A) 22kΩ,19.8kΩ,24.2kΩ22 \mathrm { k } \Omega , 19.8 \mathrm { k } \Omega , 24.2 \mathrm { k } \Omega
B) 22kΩ,17.6kΩ,26.4kΩ22 \mathrm { k } \Omega , 17.6 \mathrm { k } \Omega , 26.4 \mathrm { k } \Omega
C) 22kΩ,20.9kΩ,23.1kΩ22 \mathrm { k } \Omega , 20.9 \mathrm { k } \Omega , 23.1 \mathrm { k } \Omega
D) 22kΩ,21.5kΩ,22.4kΩ22 \mathrm { k } \Omega , 21.5 \mathrm { k } \Omega , 22.4 \mathrm { k } \Omega
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15
A SPST switch is used to control one circuit.
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16
The opposition to the flow of current is called ________.

A)current
B)resistance
C)voltage
D)capacitance
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17
The ohm is the basic unit of resistance.
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18
An insulator is a materialW ith ________.

A)very many free electrons
B)some free electrons
C)very few free electrons
D)all free electrons
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19
A resistor color-coded with brown, black and orange bands has a value of 10,000 A resistor color-coded with brown, black and orange bands has a value of 10,000
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20
A generator converts electrical energy into mechanical energy.
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21
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to open a circuit momentarily?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Which switch in Figure 2-1 could be used to open a circuit momentarily?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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22
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Which switch in Figure 2-1 could be used to simultaneously open or simultaneously close two circuits?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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23
A source, a path, and a load ________.

A)make up a basic circuit
B)do not make up a complete circuit
C)can only be an open circuit
D)will allow current to flow if the switch is open
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24
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> Normally Closed Push Button </i>switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Identify the Normally Closed Push Button switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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25
Which unit of charge contains 6.25 × 1018 electrons?

A)a coulomb
B)an ampere
C)aVolt
D)a joule
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26
What do you call a diagram that shows the electrical connections of a circuitʹs components?

A)a pictorial diagram
B)an electrical diagram
C)a schematic diagram
D)a block diagram
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27
To measure a circuitʹs source voltage, the voltmeter must ________.

A)be placed across the source
B)be placed in series in the circuit
C)have the red lead towards the negative side of the source
D)have the black lead towards the positive side of the source
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28
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Rotary</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Identify the Rotary switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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29
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the<i> DPDT</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Identify the DPDT switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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30
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>Normally Open Push Button</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Identify the Normally Open Push Button switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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31
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Identify the <i>DPST</i> switch in Figure 2-1.</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Identify the DPST switch in Figure 2-1.

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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32
A conductor is a material that has ________.

A)few free electrons
B)many free electrons
C)a positive charge
D)a structure similar to semiconductors
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33
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -The <i>Rotary</i> switch in Figure 2-1 is most likely to be used as ________.</strong> A)a selector for differentVoltages in a power supply. B)a range selector switch in an analogV Oltmeter. C)an old manual TV channel selector. D)all of the above

Figure 212 - 1


-The Rotary switch in Figure 2-1 is most likely to be used as ________.

A)a selector for differentVoltages in a power supply.
B)a range selector switch in an analogV
Oltmeter.
C)an old manual TV channel selector.
D)all of the above
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34
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 could be used to switch two inputs to different output positions?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Which switch in Figure 2-1 could be used to switch two inputs to different output positions?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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35
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Which switch in Figure 2-1W ould probably be used to control a light and a fan at the same time?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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36
If the current in a circuit equals 0 A, it is likely that the ________.

A)voltage is too high
B)circuit has a short
C)resistance is too low
D)circuit is open
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37
(a)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(b)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(c)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(d)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)
(e)
 <strong>(a)   (b)   (c)   (d)   (e)    Figure  2 - 1    -Which switch in Figure 2-1 is usually used to control a doorbell?</strong> A)graph (a) B)graph (b) C)graph (c) D)graph (d) E)graph (e)

Figure 212 - 1


-Which switch in Figure 2-1 is usually used to control a doorbell?

A)graph (a)
B)graph (b)
C)graph (c)
D)graph (d)
E)graph (e)
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38
If a resistor equals 1.2 Ω±5%\Omega \pm 5 \% , its color code is________

A) brown, red, silver, gold
B) brown, red, gold, gold
C) brown, black, gold, silver
D) brown, black, red, gold
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39
If the measured circuit current is zero, it is likely that the ________.

A)circuitVoltage isV
Ery high
B)voltage is turned off
C)circuit has a short
D)resistance isV
Ery low
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40
Voltage is ________.

A)the force that exists between charged particles
B)the force that causesW
Ater to flow
C)the movement of free electrons
D)the opposition to the flow of current
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41
An ohmmeter should ________.

A)be inserted into the circuit so the current flows through it
B)have the polarity carefully checked before its use
C)be connected across a circuitW
Ith the power on
D)be placed across the resistor after the resistor has been disconnected from the circuit
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42
On a resistorW ith five bands of color code, the fifth band may represent that:

A)the resistor is a precision resistor.
B)the reliability in percentage of failure.
C)the tolerance in percentage ofV
Alue.
D)all of these.
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43
Most DMMsW ill measure ________ ________ and ________.

A)frequency,Voltage, current
B)voltage, current, resistance
C)voltage, frequency, resistance
D)voltage, current, capacitance
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44
Every electrical circuit must contain ________.

A)a source, a load and a path
B)a battery, a path and a switch
C)a source, a load and a resistor
D)a battery, a resistor and a capacitor
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45
 <strong>   \text { Figure } 2 < 2   -In Figure  2-2 , the voltage  V<sub>CE </sub> is the same as________</strong> A)  \mathrm { VR } 3 + \mathrm { VR } 4  B)  \text { VR6 }  C)  \mathrm { VR } 4 + \mathrm { VR } 5  D)  \mathrm { V } _ { \mathrm { R } } 5
 Figure 2<2\text { Figure } 2 < 2

-In Figure 2-2 , the voltage VCE is the same as________

A) VR3+VR4\mathrm { VR } 3 + \mathrm { VR } 4
B)  VR6 \text { VR6 }
C) VR4+VR5\mathrm { VR } 4 + \mathrm { VR } 5
D) VR5\mathrm { V } _ { \mathrm { R } } 5
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46
In order to measure the current in a circuit, an ammeter must ________.

A)be placed so the current must pass through the meter
B)be placed across the load
C)be placed across the source
D)all of these
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47
A 100 kQ±10%\mathrm { k } Q \pm 10 \% resistor is color coded___________

A) brown, black, yellow, gold
B) brown, black, yellow, silver
C) brown, green, black, gold
D) black, brown, yellow, silver
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48
 <strong>   \text { Figure } 2 - 2   -In Figure 2-2, if you place a voltmeter?s red lead on point E and its black lead on point H, youW ill be measuring ________. </strong> A)  \mathrm { VR } 5  B)  \text { VR6 }  C)  \text { VR4 }  D)  \text { VR7 }
 Figure 22\text { Figure } 2 - 2

-In Figure 2-2, if you place a voltmeter?s red lead on point E and its black lead on point H, youW ill be measuring ________.

A) VR5\mathrm { VR } 5
B)  VR6 \text { VR6 }
C)  VR4 \text { VR4 }
D)  VR7 \text { VR7 }
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49
Interpret the following mixed numbers and letters 4R7 on a resistor to the correct resistance of:

A)4.7 Kilohms.
B)47 ohms.
C)4.7 Megohms.
D)4.7 ohms.
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50
On a resistorW ith four bands of color code, the fourth band represents:

A)the multiplierV
Alue.
B)theVoltage rating.
C)theW
Attage rating.
D)the tolerance percentage.
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51
Interpret the following mixed numbers and letters 3M3 on a resistor to the correct resistance of:

A)330 Kilohms.
B)33 Kilohms.
C)3.3 Kilohms.
D)3300 Kilohms.
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52
A resistor with yellow, violet, orange and silver bands equals_____

A) 47kΩ±5%47 \mathrm { k } \Omega \pm 5 \%
B) 47MΩ±10%47 \mathrm { M } \Omega \pm 10 \%
C) 47kΩ±10%47 \mathrm { k } \Omega \pm 10 \%
D) 4.7kΩ±10%4.7 \mathrm { k } \Omega \pm 10 \%
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53
<strong>  To measure the current that flows through R6 in Figure 2-2, the circuit must be opened and the ammeter placed at point ________.</strong> A)H B)G C)E D)F
To measure the current that flows through R6 in Figure 2-2, the circuit must be opened and the ammeter placed at point ________.

A)H
B)G
C)E
D)F
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54
 <strong>   \text { Figure } 2 < 2   -In Figure  2-2 , the voltage  \text { VFG }  is the same as_______</strong> A)  \mathrm { VR } 9  B)  \text { VR6 }  C)  \text { VR8 }  D)  \text { VR7 }
 Figure 2<2\text { Figure } 2 < 2

-In Figure 2-2 , the voltage  VFG \text { VFG } is the same as_______

A) VR9\mathrm { VR } 9
B)  VR6 \text { VR6 }
C)  VR8 \text { VR8 }
D)  VR7 \text { VR7 }
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55
<strong>  In Figure 2-2, the voltage V<sub>GH</sub> is the same as ________.</strong> A)VR5 B)VR7 C)VR6 D)VR8
In Figure 2-2, the voltage VGH is the same as ________.

A)VR5
B)VR7
C)VR6
D)VR8
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56
An analog meter has ________.

A)a digital readout
B)a needle and a scale to indicate theV
Alue
C)a high degree of accuracy
D)no moving parts
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57
 <strong>   \text { Figure } 2 < 2   -In Figure 2-2, a voltmeter placed across points  C  and  D  will measure_______</strong> A)  \mathrm { V } _ { \mathrm { R } 3 }  B)  \mathrm { VR } 1  C)  \mathrm { VR } 4  D)  \mathrm { VR } 2
 Figure 2<2\text { Figure } 2 < 2

-In Figure 2-2, a voltmeter placed across points C and D will measure_______

A) VR3\mathrm { V } _ { \mathrm { R } 3 }
B) VR1\mathrm { VR } 1
C) VR4\mathrm { VR } 4
D) VR2\mathrm { VR } 2
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58
A resistor with yellow, violet, orange, and gold bands equals_______

A) 4.7kΩ±10%4.7 \mathrm { k } \Omega \pm 10 \%
B) 47MΩ±10%47 \mathrm { M } \Omega \pm 10 \%
C) 47kΩ±10%47 \mathrm { k } \Omega \pm 10 \%
D) 47kΩ±5%47 \mathrm { k } \Omega \pm 5 \%
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59
If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________.

A) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)
B) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)
C) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)
D) <strong>If a resistor is color codedW ith orange, orange, orange and silver bands, the resistance equals ________, the lower tolerance limit equals ________ and the upper tolerance limit equals ________. </strong> A)   B)   C)   D)
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60
On a resistorW ith numbers and letters, the position of the letter in the sequence represents:

A)the tolerance.
B)the numerical total.
C)the decimal point.
D)the resistanceV
Alue.
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61
In the AmericanW ire Gauge sizes, as the numerical value of AWG goes higher, the cross sectional area of theW ire:

A)doubles.
B)halves.
C)increases.
D)decreases.
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62
What is the key differenceW hen taking voltage measurementsW ith an analog meter versus a digital meter?

A)where the negative lead is placed
B)proper choice of the scale on the display
C)safety procedure in taking the measurement
D)adjustment of the scale
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63
The voltage measured directly across an open switch in a circuitW ill be:

A)unpredictable.
B)half of applied Voltage.
C)0 V
D)full applied Voltage.
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64
(a)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer
(b)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer
(c)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer
(d)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -What does the schematic symbol (b)represent in Figure 2-3?</strong> A)photoconductive cell B)rheostat C)thermistor D)potentiometer

Figure 232 - 3

-What does the schematic symbol (b)represent in Figure 2-3?

A)photoconductive cell
B)rheostat
C)thermistor
D)potentiometer
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65
Which type of resistor is used for high power applications?

A)wireW
Ound
B)surface mount
C)carbon composition
D)film
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66
Potentiometers and rheostats differ in that:

A)potentiometers utilize linear and nonlinear tapers,wHile rheostats usually utilize only lineartapers.
B)potentiometers utilize three terminals,while rheostats usually use only two terminals.
C)potentiometers are used to vary Voltages,while rheostats vary currents.
D)all of these.
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67
A common type of resistors are:

A)carbon-composition.
B)carbon film.
C)metal film.
D)wirewound.
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68
(a)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors.
(b)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors.
(c)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors.
(d)
 <strong>(a)   (b)   (c)   (d)    Figure  2 - 3   -Which of the following is not a type of variable resistor?</strong> A)photoconductive cell B)thermistor C)potentiometer D)All are types ofV Ariable resistors.

Figure 232 - 3

-Which of the following is not a type of variable resistor?

A)photoconductive cell
B)thermistor
C)potentiometer
D)All are types ofV
Ariable resistors.
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69
The basic difference between a fuse and a circuit breaker is that:

A)a fuse is faster.
B)a circuit breaker is more reliable.
C)a circuit breaker is reusable.
D)a fuse is reusable.
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