Automotive Technology: Principles, Diagnosis, and Service (7th Edition)
Test Bank with Questions & Answers
Authors: James Halderman & Curt Ward
ISBN: 9780135434161
Ideal For:
Automotive students, technicians, and instructors preparing for exams and certifications
Table of Contents
1. Automotive Background and Overview 13. Service Information, Work Orders, and Vehicle
2. Careers in the Automotive Service Industry Identification
3. Starting a Career in the Automotive Industry 14. Preventative Maintenance and Service Procedures
4. Working as a Professional Service Technician 15. Gasoline Engine Operation, Parts, and Specifications
5. Shop Safety 16. Diesel Engine Parts, Operation, and Aftertreatment
6. Hazardous Materials 17. Antifreeze and Coolant
7. Health and Environmental Concerns 18. Cooling System Operation and Diagnosis
8. Fasteners and Thread Repair 19. Engine Oil and Filters
9. Hand and Power Tools 20. Lubrication System Operation and Diagnosis
10. Vehicle Lifting and Hoisting 21. Intake and Exhaust Systems
11. Measuring, Math, and Charts 22. Turbocharging and Supercharging
12. Scientific Principles and Materials 23. Engine Condition Diagnosis
24. In-Vehicle Engine Service
,25. Engine Removal and Disassembly 82. Catalytic Converters
26. Engine Cleaning and Crack Detection 83. Onboard Diagnosis
27. Cylinder Head Inspection and Service 84. Module Reprogramming
28. Camshafts and Valve Trains 85. Strategy-Based Diagnosis
29. Variable Valve Timing and Displacement Systems 86. Hybrid and Electric Vehicle Safety
30. Pistons, Rings, and Connecting Rods 87. Introduction to Electric and Hybrid Electric Vehicles
31. Engine Blocks 88. Hybrid and Electric Vehicle Maintenance
32. Crankshafts, Balance Shafts, and Bearings 89. EV and HEV High-Voltage Batteries
33. Gaskets and Sealants 90. EV and PHEV Charging
34. Engine Assembly and Testing 91. Regenerative Brakes
35. Engine Installation and Break-In 92. Fuel Cells and Advanced Technologies
36. Electrical Fundamentals 93. Braking System Components and Performance
37. Electrical Circuits and Ohm's Law Standards
38. Series, Parallel, and Series-Parallel Circuits 94. Braking Principles and Friction Materials
39. Circuit Testers and Digital Meters 95. Brake Hydraulic Systems
40. Digital Storage Oscilloscopes 96. Brake Fluid, Lines, and Bleeding
41. Automotive Wiring and Wire Repair 97. Wheel Bearings and Service
42. Wiring Schematics and Circuit Testing 98. Drum Brakes
43. Capacitance and Capacitors 99. Drum Brake Diagnosis and Service
44. Magnetism and Electromagnetism 100. Disc Brakes
45. Electronic Fundamentals 101. Disc Brake Diagnosis and Service
46. CAN and Network Communications 102. Parking Brake Operation, Diagnosis, and Service
47. Automotive 12-Volt Batteries 103. Machining Brake Drums and Rotors
48. 12-Volt Battery Testing and Service 104. Power Brake Unit Operation, Diagnosis, and Service
49. Starting System Parts and Operation 105. ABS Components and Operation
50. Starting System Diagnosis and Service 106. ABS Diagnosis and Service
51. Charging System Parts and Operation 107. Electronic Stability Control Systems
52. Charging System Diagnosis and Service 108. Tires and Wheels
53. Lighting and Signaling Circuits 109. Tire-Pressure Monitoring Systems
54. Driver Information and Navigation Systems 110. Tire and Wheel Service
55. Security and Immobilizer Systems 111. Suspension System Components and Operation
56. Airbag and Pretensioner Circuits 112. Front Suspension and Service
57. Body Electrical Accessories 113. Rear Suspension and Service
58. Advanced Driver Assist Systems (ADAS) 114. Electronic Suspension Systems
59. Audio System Operation and Diagnosis 115. Steering Columns and Gears
60. Heating and Air-Conditioning Principles 116. Steering Linkage and Service
61. Air-Conditioning Compressors and Service 117. Hydraulic Power Steering Systems
62. Air Management System 118. Electric Power Steering Systems
63. Automatic Air-Conditioning and Heat Pump Systems 119. Wheel Alignment Principles
64. Refrigerants and Refrigerant Oils 120. Alignment Diagnosis and Service
65. Refrigerant Recovery, Recycling, and Recharging 121. Clutch Components, Operation, and Replacement
66. Air-Conditioning System Diagnosis and Service 122. Manual Transmissions/Transaxles
67. Gasoline, Alternative Fuels, and Diesel Fuels 123. Driveshafts and Half Shafts
68. Ignition System Parts and Operation 124. Driveshaft and Half Shafts Service
69. Ignition System Diagnosis and Service 125. Drive Axles and Differentials
70. Computer Fundamentals 126. Four-Wheel Drive and All-Wheel Drive
71. Temperature and Throttle Position Sensors 127. Vibration and Noise Diagnosis and Correction)
72. MAP and MAF Sensors 128. Automatic Transmission/Transaxle Principles
73. Oxygen Sensors 129. Continuously Variable and Dual-Clutch Automatic
74. Fuel Pumps, Lines, and Filters Transmissions
75. Fuel-Injection Parts and Operation 130. Hydraulic Components and Control Systems
76. Gasoline Direct-Injection Systems 131. EV and HEV Transmissions
77. Electronic Throttle Control System 132. Automatic Transmission/Transaxle Diagnosis and In-
78. Fuel-Injection System Diagnosis and Service Vehicle Service
79. Vehicle Emissions Standards and Testing 133. Automatic Transmission/Transaxle Unit Repair
80. Evaporative Emissions Control and EGR Systems 134. Parts Specialist (P2)
81. Positive Crankcase Ventilation and Secondary Air- 135. Service Consultant (C1)
Injection Systems 136. Exhaust Systems Specialist (X1)
CHAPTER NO. 01: AUTOMOTIVE BACKGROUND AND OVERVIEW
1) The first self-propelled vehicle that used an OTTO cycle four stroke gasoline engine was
produced in ________.
,A) 1885
B) 1900
C) 1902
D) 1908
Answer: A
Page Ref: 1
Objective: 1-1 Explain the evolution of the automobile.
2) Early vehicles were constructed mostly of what material?
A) Steel
B) Cast iron
C) Wood
D) Tin
Answer: C
Page Ref: 2
Objective: 1-1 Explain the evolution of the automobile.
3) Which component is NOT part of the chassis system?
A) Frame
B) Electrical system
C) Suspension
D) Brakes
Answer: B
Page Ref: 2
Objective: 1-2 Discuss the components of the vehicle body, frame, and chassis.
4) Early engines were called flat head designs because they ________.
A) were only inline engines
B) did not include valves
C) used valves beside the cylinder
D) used spark plugs at the top of the cylinders
Answer: C
Page Ref: 4
Objective: 1-3 Describe the evolution of engines.
5) A V-type engine could have how many cylinders?
A) 4
B) 6
C) 8
D) Any of the above
Answer: D
Page Ref: 4
Objective: 1-3 Describe the evolution of engines.
6) What component regulates the temperature of the coolant in an engine?
A) Cooling (water) jackets
B) Thermostat
C) Cooling fan(s)
D) Radiator
, Answer: B
Page Ref: 5
Objective: 1-4 List the major systems common to most vehicles.
7) A malfunction indicator light (MIL) on the dash may be labeled ________.
A) check engine
B) service vehicle soon
C) MIL
D) MAL
Answer: A
Page Ref: 5
Objective: 1-4 List the major systems common to most vehicles.
8) To retrieve stored diagnostic trouble codes, a technician needs a ________.
A) paper clip
B) desktop computer
C) wireless connection to an electronic tester
D) scan tool
Answer: D
Page Ref: 5
Objective: 1-4 List the major systems common to most vehicles.
9) A four-wheel drive vehicle often uses a ________ to transmit torque to all four wheels.
A) drive shaft
B) U-joint
C) transaxle
D) transfer case
Answer: D
Page Ref: 6
Objective: 1-5 Describe the purpose of the powertrain.
10) Vehicles require alternators that are capable of producing electricity to power ________.
A) heated and cooled seats
B) power windows
C) electric power steering
D) All of the above
Answer: D
Page Ref: 6
Objective: 1-6 Provide an overview of the electrical/electronic systems.
11) In 1900, which propulsion method was most widely used in passenger vehicles?
A) Steam
B) Gasoline
C) Diesel
D) Coal
Answer: A
Page Ref: 1
Objective: 1-1 Explain the evolution of the automobile.
Test Bank with Questions & Answers
Authors: James Halderman & Curt Ward
ISBN: 9780135434161
Ideal For:
Automotive students, technicians, and instructors preparing for exams and certifications
Table of Contents
1. Automotive Background and Overview 13. Service Information, Work Orders, and Vehicle
2. Careers in the Automotive Service Industry Identification
3. Starting a Career in the Automotive Industry 14. Preventative Maintenance and Service Procedures
4. Working as a Professional Service Technician 15. Gasoline Engine Operation, Parts, and Specifications
5. Shop Safety 16. Diesel Engine Parts, Operation, and Aftertreatment
6. Hazardous Materials 17. Antifreeze and Coolant
7. Health and Environmental Concerns 18. Cooling System Operation and Diagnosis
8. Fasteners and Thread Repair 19. Engine Oil and Filters
9. Hand and Power Tools 20. Lubrication System Operation and Diagnosis
10. Vehicle Lifting and Hoisting 21. Intake and Exhaust Systems
11. Measuring, Math, and Charts 22. Turbocharging and Supercharging
12. Scientific Principles and Materials 23. Engine Condition Diagnosis
24. In-Vehicle Engine Service
,25. Engine Removal and Disassembly 82. Catalytic Converters
26. Engine Cleaning and Crack Detection 83. Onboard Diagnosis
27. Cylinder Head Inspection and Service 84. Module Reprogramming
28. Camshafts and Valve Trains 85. Strategy-Based Diagnosis
29. Variable Valve Timing and Displacement Systems 86. Hybrid and Electric Vehicle Safety
30. Pistons, Rings, and Connecting Rods 87. Introduction to Electric and Hybrid Electric Vehicles
31. Engine Blocks 88. Hybrid and Electric Vehicle Maintenance
32. Crankshafts, Balance Shafts, and Bearings 89. EV and HEV High-Voltage Batteries
33. Gaskets and Sealants 90. EV and PHEV Charging
34. Engine Assembly and Testing 91. Regenerative Brakes
35. Engine Installation and Break-In 92. Fuel Cells and Advanced Technologies
36. Electrical Fundamentals 93. Braking System Components and Performance
37. Electrical Circuits and Ohm's Law Standards
38. Series, Parallel, and Series-Parallel Circuits 94. Braking Principles and Friction Materials
39. Circuit Testers and Digital Meters 95. Brake Hydraulic Systems
40. Digital Storage Oscilloscopes 96. Brake Fluid, Lines, and Bleeding
41. Automotive Wiring and Wire Repair 97. Wheel Bearings and Service
42. Wiring Schematics and Circuit Testing 98. Drum Brakes
43. Capacitance and Capacitors 99. Drum Brake Diagnosis and Service
44. Magnetism and Electromagnetism 100. Disc Brakes
45. Electronic Fundamentals 101. Disc Brake Diagnosis and Service
46. CAN and Network Communications 102. Parking Brake Operation, Diagnosis, and Service
47. Automotive 12-Volt Batteries 103. Machining Brake Drums and Rotors
48. 12-Volt Battery Testing and Service 104. Power Brake Unit Operation, Diagnosis, and Service
49. Starting System Parts and Operation 105. ABS Components and Operation
50. Starting System Diagnosis and Service 106. ABS Diagnosis and Service
51. Charging System Parts and Operation 107. Electronic Stability Control Systems
52. Charging System Diagnosis and Service 108. Tires and Wheels
53. Lighting and Signaling Circuits 109. Tire-Pressure Monitoring Systems
54. Driver Information and Navigation Systems 110. Tire and Wheel Service
55. Security and Immobilizer Systems 111. Suspension System Components and Operation
56. Airbag and Pretensioner Circuits 112. Front Suspension and Service
57. Body Electrical Accessories 113. Rear Suspension and Service
58. Advanced Driver Assist Systems (ADAS) 114. Electronic Suspension Systems
59. Audio System Operation and Diagnosis 115. Steering Columns and Gears
60. Heating and Air-Conditioning Principles 116. Steering Linkage and Service
61. Air-Conditioning Compressors and Service 117. Hydraulic Power Steering Systems
62. Air Management System 118. Electric Power Steering Systems
63. Automatic Air-Conditioning and Heat Pump Systems 119. Wheel Alignment Principles
64. Refrigerants and Refrigerant Oils 120. Alignment Diagnosis and Service
65. Refrigerant Recovery, Recycling, and Recharging 121. Clutch Components, Operation, and Replacement
66. Air-Conditioning System Diagnosis and Service 122. Manual Transmissions/Transaxles
67. Gasoline, Alternative Fuels, and Diesel Fuels 123. Driveshafts and Half Shafts
68. Ignition System Parts and Operation 124. Driveshaft and Half Shafts Service
69. Ignition System Diagnosis and Service 125. Drive Axles and Differentials
70. Computer Fundamentals 126. Four-Wheel Drive and All-Wheel Drive
71. Temperature and Throttle Position Sensors 127. Vibration and Noise Diagnosis and Correction)
72. MAP and MAF Sensors 128. Automatic Transmission/Transaxle Principles
73. Oxygen Sensors 129. Continuously Variable and Dual-Clutch Automatic
74. Fuel Pumps, Lines, and Filters Transmissions
75. Fuel-Injection Parts and Operation 130. Hydraulic Components and Control Systems
76. Gasoline Direct-Injection Systems 131. EV and HEV Transmissions
77. Electronic Throttle Control System 132. Automatic Transmission/Transaxle Diagnosis and In-
78. Fuel-Injection System Diagnosis and Service Vehicle Service
79. Vehicle Emissions Standards and Testing 133. Automatic Transmission/Transaxle Unit Repair
80. Evaporative Emissions Control and EGR Systems 134. Parts Specialist (P2)
81. Positive Crankcase Ventilation and Secondary Air- 135. Service Consultant (C1)
Injection Systems 136. Exhaust Systems Specialist (X1)
CHAPTER NO. 01: AUTOMOTIVE BACKGROUND AND OVERVIEW
1) The first self-propelled vehicle that used an OTTO cycle four stroke gasoline engine was
produced in ________.
,A) 1885
B) 1900
C) 1902
D) 1908
Answer: A
Page Ref: 1
Objective: 1-1 Explain the evolution of the automobile.
2) Early vehicles were constructed mostly of what material?
A) Steel
B) Cast iron
C) Wood
D) Tin
Answer: C
Page Ref: 2
Objective: 1-1 Explain the evolution of the automobile.
3) Which component is NOT part of the chassis system?
A) Frame
B) Electrical system
C) Suspension
D) Brakes
Answer: B
Page Ref: 2
Objective: 1-2 Discuss the components of the vehicle body, frame, and chassis.
4) Early engines were called flat head designs because they ________.
A) were only inline engines
B) did not include valves
C) used valves beside the cylinder
D) used spark plugs at the top of the cylinders
Answer: C
Page Ref: 4
Objective: 1-3 Describe the evolution of engines.
5) A V-type engine could have how many cylinders?
A) 4
B) 6
C) 8
D) Any of the above
Answer: D
Page Ref: 4
Objective: 1-3 Describe the evolution of engines.
6) What component regulates the temperature of the coolant in an engine?
A) Cooling (water) jackets
B) Thermostat
C) Cooling fan(s)
D) Radiator
, Answer: B
Page Ref: 5
Objective: 1-4 List the major systems common to most vehicles.
7) A malfunction indicator light (MIL) on the dash may be labeled ________.
A) check engine
B) service vehicle soon
C) MIL
D) MAL
Answer: A
Page Ref: 5
Objective: 1-4 List the major systems common to most vehicles.
8) To retrieve stored diagnostic trouble codes, a technician needs a ________.
A) paper clip
B) desktop computer
C) wireless connection to an electronic tester
D) scan tool
Answer: D
Page Ref: 5
Objective: 1-4 List the major systems common to most vehicles.
9) A four-wheel drive vehicle often uses a ________ to transmit torque to all four wheels.
A) drive shaft
B) U-joint
C) transaxle
D) transfer case
Answer: D
Page Ref: 6
Objective: 1-5 Describe the purpose of the powertrain.
10) Vehicles require alternators that are capable of producing electricity to power ________.
A) heated and cooled seats
B) power windows
C) electric power steering
D) All of the above
Answer: D
Page Ref: 6
Objective: 1-6 Provide an overview of the electrical/electronic systems.
11) In 1900, which propulsion method was most widely used in passenger vehicles?
A) Steam
B) Gasoline
C) Diesel
D) Coal
Answer: A
Page Ref: 1
Objective: 1-1 Explain the evolution of the automobile.
