Question 1

0.6 kV is equal to .

Accepted Answer

A) 60 V 
B) 6 V 
C) 600 V 
D) 0.6 V 
A) 60 V 
B) 6 V 
C) 600 V 
D) 0.6 V C

Question 2

500 mA is equal to .

Accepted Answer

A) 0.0005 kA 
B) 0.5 Amps 
C) 500,000 µA 
D) all of the above 
A) 0.0005 kA 
B) 0.5 Amps 
C) 500,000 µA 
D) all of the above D

Question 3

The combining of skills from mechanical and electronic disciplines is called

Accepted Answer

A) vertical integration 
B) mechatronics 
C) integrated learning 
D) horizontal integration 
A) vertical integration 
B) mechatronics 
C) integrated learning 
D) horizontal integration B

Question 4

The metric value 16 mA can be expressed as .

Accepted Answer

A) 16 × 10 -6 A 
B) 16 × 100 A 
C) 16 × 103 A 
D) 16 × 10 -3 A 
A) 16 × 10 -6 A 
B) 16 × 100 A 
C) 16 × 103 A 
D) 16 × 10 -3 A

Question 5

The correct metric expression for 8.54 × 10 -5 is .

Accepted Answer

A) 854 pico 
B) 85.4 micro 
C) 85.4 milli 
D) 85.4 kilo 
A) 854 pico 
B) 85.4 micro 
C) 85.4 milli 
D) 85.4 kilo

Question 6

Express 5.6 × 10 -2 in milli, basic units, and micro.

Accepted Answer

A) 5600 milli, 56, 560 
B) 5.6 milli, 0.056, 56000 micro 
C) 560 milli, 5.600, 5600 micro 
D) 56 milli, 0.056, 56000 micro 
A) 5600 milli, 56, 560 
B) 5.6 milli, 0.056, 56000 micro 
C) 560 milli, 5.600, 5600 micro 
D) 56 milli, 0.056, 56000 micro

Question 7

The difference between scientific and engineering notation is .

Accepted Answer

A) single vs multiple digits before decimal point 
B) powers of ten representation 
C) groupings of multiple of three digits 
D) all of these 
A) single vs multiple digits before decimal point 
B) powers of ten representation 
C) groupings of multiple of three digits 
D) all of these

Question 8

The metric prefix µ (micro)is normally associated with measurements.

Accepted Answer

A) extremely small 
B) extremely large 
C) large 
D) small 
A) extremely small 
B) extremely large 
C) large 
D) small

Question 9

Mega is what relation to kilo?

Accepted Answer

A) 10 times 
B) 100 times 
C) 1000 times 
D) 1,000,000 times 
A) 10 times 
B) 100 times 
C) 1000 times 
D) 1,000,000 times

Question 10

0.00015 can be expressed in powers of ten as 1.5 × 10 -4.

Accepted Answer

A) True 
 B)False

Question 11

A plot of the ratio of the output of a circuit to the input is called a

Accepted Answer

A) conductance ratio 
B) gain transfer 
C) block diagram 
D) transfer curve 
A) conductance ratio 
B) gain transfer 
C) block diagram 
D) transfer curve

Question 12

The electrical symbol for inductance is _.

Accepted Answer

A) V 
B) I 
C) L 
D) C 
A) V 
B) I 
C) L 
D) C

Question 13

If your calculator displays 3.5 -06, the equivalent metric value is .

Accepted Answer

A) 3.5 pico 
B) 35 milli 
C) 3.5 micro 
D) 35 micro 
E) 3.5 Meg 
A) 3.5 pico 
B) 35 milli 
C) 3.5 micro 
D) 35 micro 
E) 3.5 Meg

Question 14

The symbol µ is an abbreviation for 10 -6 or micro.

Accepted Answer

A) True 
 B)False

Question 15

Determine the correct calculation.

Accepted Answer

A) 5.6 ÷ 17 m = 32.9 m 
B) 5600 × (9.6 × 10 -7)= 5.376 milli 
C) 89.4 k × 1.2 m = 1.072 km 
D) 4.7 m ÷ 1.24 = .379 m 
A) 5.6 ÷ 17 m = 32.9 m 
B) 5600 × (9.6 × 10 -7)= 5.376 milli 
C) 89.4 k × 1.2 m = 1.072 km 
D) 4.7 m ÷ 1.24 = .379 m

Question 16

Convert 0.00047 microfarads (µF)to the equivalent picofarads (pF).

Accepted Answer

A) 470 pF 
B) 0.47 pF 
C) 4.7 pF 
D) 47 pF 
A) 470 pF 
B) 0.47 pF 
C) 4.7 pF 
D) 47 pF

Question 17

Signals that vary continuously are called

Accepted Answer

A) active circuits 
B) digital signals 
C) oscillators 
D) analog signals 
A) active circuits 
B) digital signals 
C) oscillators 
D) analog signals

Question 18

Any component that requires a source of power to function is called

Accepted Answer

A) an active component 
B) an amplifier 
C) a load 
D) a source 
A) an active component 
B) an amplifier 
C) a load 
D) a source

Question 19

In engineering notation 0.0047 is expressed as 4.7 × 10 -3.

Accepted Answer

A) True 
 B)False

Question 20

The symbol for electrical charge is .

Accepted Answer

A) C 
B) I 
C) V 
D) Q 
A) C 
B) I 
C) V 
D) Q

0.6 kV is equal to .

500 mA is equal to .

The combining of skills from mechanical and electronic disciplines is called

The metric value 16 mA can be expressed as .

The correct metric expression for 8.54 × 10 ^-5is .

Express 5.6 × 10 ^-2 in milli, basic units, and micro.

The difference between scientific and engineering notation is .

The metric prefix µ (micro)is normally associated with measurements.

Mega is what relation to kilo?

0.00015 can be expressed in powers of ten as 1.5 × 10 ^-4.

A plot of the ratio of the output of a circuit to the input is called a

The electrical symbol for inductance is _.

If your calculator displays 3.5 -06, the equivalent metric value is .

The symbol µ is an abbreviation for 10 ^-6 or micro.

Determine the correct calculation.

Convert 0.00047 microfarads (µF)to the equivalent picofarads (pF).

Signals that vary continuously are called

Any component that requires a source of power to function is called

In engineering notation 0.0047 is expressed as 4.7 × 10 ^-3.

The symbol for electrical charge is .

Voltage, Current, and Resistance

Ohms Law, Energy, and Power

Series Circuits

Parallel Circuits

Series-Parallel Circuits

Magnetism and Electromagnetism

Introduction to Alternating Current and Voltage

Capacitors

Rccircuits

Inductors

Rlcircuits

Rlccircuits and Resonance

Transformers

Time Response of Reactive Circuits

Filters

Exam 1: Systems, Quantities, and Units

0.6 kV is equal to .

500 mA is equal to .

The combining of skills from mechanical and electronic disciplines is called

The metric value 16 mA can be expressed as .

The correct metric expression for 8.54 × 10 -5 is .

Express 5.6 × 10 -2 in milli, basic units, and micro.

The difference between scientific and engineering notation is .

The metric prefix µ (micro)is normally associated with measurements.

Mega is what relation to kilo?

0.00015 can be expressed in powers of ten as 1.5 × 10 -4.

A plot of the ratio of the output of a circuit to the input is called a

The electrical symbol for inductance is _.

If your calculator displays 3.5 -06, the equivalent metric value is .

The symbol µ is an abbreviation for 10 -6 or micro.

Determine the correct calculation.

Convert 0.00047 microfarads (µF)to the equivalent picofarads (pF).

Signals that vary continuously are called

Any component that requires a source of power to function is called

In engineering notation 0.0047 is expressed as 4.7 × 10 -3.

The symbol for electrical charge is .

Voltage, Current, and Resistance

Ohms Law, Energy, and Power

Series Circuits

Parallel Circuits

Series-Parallel Circuits

Magnetism and Electromagnetism

Introduction to Alternating Current and Voltage

Capacitors

Rccircuits

Inductors

Rlcircuits

Rlccircuits and Resonance

Transformers

Time Response of Reactive Circuits

Filters

The correct metric expression for 8.54 × 10 ^-5is .

Express 5.6 × 10 ^-2 in milli, basic units, and micro.

0.00015 can be expressed in powers of ten as 1.5 × 10 ^-4.

The symbol µ is an abbreviation for 10 ^-6 or micro.

In engineering notation 0.0047 is expressed as 4.7 × 10 ^-3.