$\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R2 is connected in______

A) series with R3 B) parallel with R1 C) parallel with R3 D) series with R1 A) series with R3 B) parallel with R1 C) parallel with R3 D) series with R1

$\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R1 is connected in________

A) series with R2 B) parallel with R2 C) parallel with R3 D) series with R3 E) none of the above A) series with R2 B) parallel with R2 C) parallel with R3 D) series with R3 E) none of the above

$\text { Figure } 6 \text { '1 }$ -If R3 opens in Figure 6-1,VR1_____

A) decreases B) remains the same C) decreases to zero D) increases A) decreases B) remains the same C) decreases to zero D) increases

\[\text { Figure } 6 ^ { \prime } 2\] -In Figure 6-2, R3 and R4 are connected in________

A) series with each other and R5 B) series with each other C) series with each other and R1 and R2 D) parallel with R1 and R2 A) series with each other and R5 B) series with each other C) series with each other and R1 and R2 D) parallel with R1 and R2

\[\text { Figure } 6 ^ { \prime } 2\] -If R1 shorts in Figure 6-2, VR4______

A) equals VR2 B) remains the same C) increases D) decreases A) equals VR2 B) remains the same C) increases D) decreases

Exam 6: Series-Parallel Circuits

$\text { Figure } 6 ^ { \prime } 2 -If VS=15 V and every resistor equals 2.2 k \Omega in Figure 6-2, what is the value of IR4 ?$ $\text { Figure } 6 ^ { \prime } 2$ -If V_S=15 V and every resistor equals 2.2 $k \Omega$ in Figure 6-2, what is the value of I_R4 ?

(Multiple Choice)

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Question 41

In solving series-parallel circuits using Ohmʹs law, first solve for:

(Multiple Choice)

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Question 42

$\text { Figure 6'4 } -Refer to Figure 6-4.W ith circuit balanced there is:$ $\text { Figure 6'4 }$ -Refer to Figure 6-4.W ith circuit balanced there is:

(Multiple Choice)

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Question 43

$\text { Figure } 6 ' 3 -If the current is 12 mA in Figure 6-3, what is the value of VEB ?$ $\text { Figure } 6 ' 3$ -If the current is 12 mA in Figure 6-3, what is the value of V_EB ?

(Multiple Choice)

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Question 44

Two or more resistors connected in series form a circuit known as a voltage divider

(True/False)

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Question 45

$\text { Figure } 6 \text { '1 } -In Figure 6-1, R2 is connected in$ $\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R₂ is connected in

(Multiple Choice)

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Question 46

A voltmeter,W hen connected across a component, can be viewed as being a resistor in seriesW ith that component.

(True/False)

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Question 47

According to the maximum power transfer theorem, maximum power is delivered to any load when the load resistance is:

(Multiple Choice)

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Question 48

$\text { Figure } 6 ' 3 -What is the resistance between points A and D in Figure 6-3?$ $\text { Figure } 6 ' 3$ -What is the resistance between points A and D in Figure 6-3?

(Multiple Choice)

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Question 49

$\text { Figure } 6 ' 3 -If VS=12 V in Figure 6-3 , what is the value of VEB if R3 shorts?$ $\text { Figure } 6 ' 3$ -If V_S=12 V in Figure 6-3 , what is the value of V_EB if R₃ shorts?

(Multiple Choice)

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Question 50

If four parallel 10 $\mathrm { k } \Omega$ resistors are in series with a single 20 $\mathrm { k } \Omega$ resistor and one of the parallel resistors shorts, the voltage across the other parallel resistors________

(Multiple Choice)

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Question 51

If two resistors are in parallel, they carry the same current.

(True/False)

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Question 52

The super position theorem provides a method for:

(Multiple Choice)

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Question 53

$\text { Figure } 6 \text { '1 } -In Figure 6-1, R1 is connected in$ $\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R₁ is connected in

(Multiple Choice)

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Question 54

$\text { Figure } 6 \text { '1 } -If R3 opens in Figure 6-1,VR1_____$ $\text { Figure } 6 \text { '1 }$ -If R₃ opens in Figure 6-1,V_R1_____

(Multiple Choice)

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Question 55

$\text { Figure } 6 ^ { \prime } 2 -In Figure 6-2, R3 and R4 are connected in$ $\text { Figure } 6 ^ { \prime } 2$ -In Figure 6-2, R₃ and R₄ are connected in

(Multiple Choice)

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Question 56

The voltage across any open in a series-parallel circuitW ill be the source Voltage.

(True/False)

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Question 57

The difference between a balanced and an unbalancedW heatstone bridge is measured by:

(Multiple Choice)

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Question 58

In the series portion of series-parallel circuits, the total resistance is:

(Multiple Choice)

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Question 59

$\text { Figure } 6 ^ { \prime } 2 -If R1 shorts in Figure 6-2, VR4______$ $\text { Figure } 6 ^ { \prime } 2$ -If R₁ shorts in Figure 6-2, V_R4______

(Multiple Choice)

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Question 60

Showing 41 - 60 of 71

$\text { Figure } 6 ^ { \prime } 2 -If V<sub>S</sub>=15 V and every resistor equals 2.2 k \Omega in Figure 6-2, what is the value of I<sub>R4</sub> ?$ $\text { Figure } 6 ^ { \prime } 2$ -If V_S=15 V and every resistor equals 2.2 $k \Omega$ in Figure 6-2, what is the value of I_R4 ?

In solving series-parallel circuits using Ohmʹs law, first solve for:

$\text { Figure 6'4 } -Refer to Figure 6-4.W ith circuit balanced there is:$ $\text { Figure 6'4 }$ -Refer to Figure 6-4.W ith circuit balanced there is:

$\text { Figure } 6 ' 3 -If the current is 12 mA in Figure 6-3, what is the value of V<sub>EB</sub> ?$ $\text { Figure } 6 ' 3$ -If the current is 12 mA in Figure 6-3, what is the value of V_EB ?

Two or more resistors connected in series form a circuit known as a voltage divider

$\text { Figure } 6 \text { '1 } -In Figure 6-1, R<sub>2</sub> is connected in$ $\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R₂ is connected in

A voltmeter,W hen connected across a component, can be viewed as being a resistor in seriesW ith that component.

According to the maximum power transfer theorem, maximum power is delivered to any load when the load resistance is:

$\text { Figure } 6 ' 3 -What is the resistance between points A and D in Figure 6-3?$ $\text { Figure } 6 ' 3$ -What is the resistance between points A and D in Figure 6-3?

$\text { Figure } 6 ' 3 -If V<sub>S</sub>=12 V in Figure 6-3 , what is the value of V<sub>EB</sub> if R<sub>3</sub> shorts?$ $\text { Figure } 6 ' 3$ -If V_S=12 V in Figure 6-3 , what is the value of V_EB if R₃ shorts?

If four parallel 10 $\mathrm { k } \Omega$ resistors are in series with a single 20 $\mathrm { k } \Omega$ resistor and one of the parallel resistors shorts, the voltage across the other parallel resistors________

If two resistors are in parallel, they carry the same current.

The super position theorem provides a method for:

$\text { Figure } 6 \text { '1 } -In Figure 6-1, R<sub>1</sub> is connected in$ $\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R₁ is connected in

$\text { Figure } 6 \text { '1 } -If R<sub>3</sub> opens in Figure 6-1,V<sub>R1</sub>_____$ $\text { Figure } 6 \text { '1 }$ -If R₃ opens in Figure 6-1,V_R1_____

$\text { Figure } 6 ^ { \prime } 2 -In Figure 6-2, R<sub>3</sub> and R<sub>4</sub> are connected in$ $\text { Figure } 6 ^ { \prime } 2$ -In Figure 6-2, R₃ and R₄ are connected in

The voltage across any open in a series-parallel circuitW ill be the source Voltage.

The difference between a balanced and an unbalancedW heatstone bridge is measured by:

In the series portion of series-parallel circuits, the total resistance is:

$\text { Figure } 6 ^ { \prime } 2 -If R<sub>1</sub> shorts in Figure 6-2, V<sub>R4</sub>______$ $\text { Figure } 6 ^ { \prime } 2$ -If R₁ shorts in Figure 6-2, V_R4______

Quantities and Units

Voltage, Current, and Resistance

Ohms Law, Energy, and Power

Series Circuits

Parallel Circuits

Magnetism and Electromagnetism

Introduction to Alternating Current and Voltage

Capacitors

Rc Circuits

Inductors

Rl Circuits

Rlc Circuits and Resonance

Time Response of Reactive Circuits

Transformers

Regulators, Filters, and Op-Amps

Understanding Transducers, Sensors, and Conversion in Industrial Processes

Filters

Exam 6: Series-Parallel Circuits

Figure 6′2\text { Figure } 6 ^ { \prime } 2 Figure 6′2 -If VS=15 V and every resistor equals 2.2 kΩk \OmegakΩ in Figure 6-2, what is the value of IR4 ?

In solving series-parallel circuits using Ohmʹs law, first solve for:

Figure 6’4 \text { Figure 6'4 } Figure 6’4 -Refer to Figure 6-4.W ith circuit balanced there is:

Figure 6′3\text { Figure } 6 ' 3 Figure 6′3 -If the current is 12 mA in Figure 6-3, what is the value of VEB ?

Two or more resistors connected in series form a circuit known as a voltage divider

Figure 6 ’1 \text { Figure } 6 \text { '1 } Figure 6 ’1 -In Figure 6-1, R2 is connected in______

A voltmeter,W hen connected across a component, can be viewed as being a resistor in seriesW ith that component.

According to the maximum power transfer theorem, maximum power is delivered to any load when the load resistance is:

Figure 6′3\text { Figure } 6 ' 3 Figure 6′3 -What is the resistance between points A and D in Figure 6-3?

Figure 6′3\text { Figure } 6 ' 3 Figure 6′3 -If VS=12 V in Figure 6-3 , what is the value of VEB if R3 shorts?

If four parallel 10 kΩ\mathrm { k } \OmegakΩ resistors are in series with a single 20 kΩ\mathrm { k } \OmegakΩ resistor and one of the parallel resistors shorts, the voltage across the other parallel resistors________

If two resistors are in parallel, they carry the same current.

The super position theorem provides a method for:

Figure 6 ’1 \text { Figure } 6 \text { '1 } Figure 6 ’1 -In Figure 6-1, R1 is connected in________

Figure 6 ’1 \text { Figure } 6 \text { '1 } Figure 6 ’1 -If R3 opens in Figure 6-1,VR1_____

Figure 6′2\text { Figure } 6 ^ { \prime } 2 Figure 6′2 -In Figure 6-2, R3 and R4 are connected in________

The voltage across any open in a series-parallel circuitW ill be the source Voltage.

The difference between a balanced and an unbalancedW heatstone bridge is measured by:

In the series portion of series-parallel circuits, the total resistance is:

Figure 6′2\text { Figure } 6 ^ { \prime } 2 Figure 6′2 -If R1 shorts in Figure 6-2, VR4______

Quantities and Units

Voltage, Current, and Resistance

Ohms Law, Energy, and Power

Series Circuits

Parallel Circuits

Magnetism and Electromagnetism

Introduction to Alternating Current and Voltage

Capacitors

Rc Circuits

Inductors

Rl Circuits

Rlc Circuits and Resonance

Time Response of Reactive Circuits

Transformers

Regulators, Filters, and Op-Amps

Understanding Transducers, Sensors, and Conversion in Industrial Processes

Filters

$\text { Figure } 6 ^ { \prime } 2 -If V<sub>S</sub>=15 V and every resistor equals 2.2 k \Omega in Figure 6-2, what is the value of I<sub>R4</sub> ?$ $\text { Figure } 6 ^ { \prime } 2$ -If V_S=15 V and every resistor equals 2.2 $k \Omega$ in Figure 6-2, what is the value of I_R4 ?

$\text { Figure 6'4 } -Refer to Figure 6-4.W ith circuit balanced there is:$ $\text { Figure 6'4 }$ -Refer to Figure 6-4.W ith circuit balanced there is:

$\text { Figure } 6 ' 3 -If the current is 12 mA in Figure 6-3, what is the value of V<sub>EB</sub> ?$ $\text { Figure } 6 ' 3$ -If the current is 12 mA in Figure 6-3, what is the value of V_EB ?

$\text { Figure } 6 \text { '1 } -In Figure 6-1, R<sub>2</sub> is connected in$ $\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R₂ is connected in

$\text { Figure } 6 ' 3 -What is the resistance between points A and D in Figure 6-3?$ $\text { Figure } 6 ' 3$ -What is the resistance between points A and D in Figure 6-3?

$\text { Figure } 6 ' 3 -If V<sub>S</sub>=12 V in Figure 6-3 , what is the value of V<sub>EB</sub> if R<sub>3</sub> shorts?$ $\text { Figure } 6 ' 3$ -If V_S=12 V in Figure 6-3 , what is the value of V_EB if R₃ shorts?

If four parallel 10 $\mathrm { k } \Omega$ resistors are in series with a single 20 $\mathrm { k } \Omega$ resistor and one of the parallel resistors shorts, the voltage across the other parallel resistors________

$\text { Figure } 6 \text { '1 } -In Figure 6-1, R<sub>1</sub> is connected in$ $\text { Figure } 6 \text { '1 }$ -In Figure 6-1, R₁ is connected in

$\text { Figure } 6 \text { '1 } -If R<sub>3</sub> opens in Figure 6-1,V<sub>R1</sub>_____$ $\text { Figure } 6 \text { '1 }$ -If R₃ opens in Figure 6-1,V_R1_____

$\text { Figure } 6 ^ { \prime } 2 -In Figure 6-2, R<sub>3</sub> and R<sub>4</sub> are connected in$ $\text { Figure } 6 ^ { \prime } 2$ -In Figure 6-2, R₃ and R₄ are connected in

$\text { Figure } 6 ^ { \prime } 2 -If R<sub>1</sub> shorts in Figure 6-2, V<sub>R4</sub>______$ $\text { Figure } 6 ^ { \prime } 2$ -If R₁ shorts in Figure 6-2, V_R4______