Can You Name These Car Parts?

Question 1

Which Device Recharges The Battery While The Engine Runs?

Question 1

Which Component Converts The Chemical Energy In Fuel Into Mechanical Power?

Question 1

What Part Keeps Engine Coolant Temperatures Stable By Regulating Flow To The Radiator?

Question 1

Which Component Provides The Initial Cranking Force To Start The Engine?

Question 1

What Part Filters Incoming Air Before It Enters The Engine?

Question 1

Which Component Mixes Air And Fuel In Older Engines Without Electronic Injection?

Question 1

What Part Stores Electrical Energy To Start The Car And Power Electronics With Engine Off?

Question 1

Which Component Converts Harmful Exhaust Gases Into Less Harmful Emissions?

Question 1

Which Part Dampens Exhaust Noise After Combustion?

Question 1

What Sensor Measures Oxygen Content In Exhaust To Adjust Fuel Mixture?

Question 1

Which Component Controls The Amount Of Air Entering The Engine?

Question 1

What Part Evenly Distributes Air‑Fuel Mixture To Cylinders?

Question 1

Which Component Collects And Directs Hot Gases Away From Cylinders?

Question 1

Which Device Pressurizes Intake Air For More Power?

Question 1

Which Component Lubricates Moving Engine Parts Under Pressure?

Question 1

What Part Removes Heat From Coolant Using Airflow?

Question 1

Which Component Keeps Engine Oil Clean By Trapping Contaminants?

Question 1

What Part Maintains Tire Contact And Absorbs Road Bumps?

Question 1

Which Component Connects The Steering Rack To The Wheel Knuckle?

Question 1

Which Component Holds The Wheel Hub And Serves As A Pivot For Steering And Suspension?

Question 1

Which Component Maintains Vehicle Ride Height And Supports Weight?

Question 1

Which Part Reduces Body Roll During Cornering By Linking Left And Right Suspension?

Question 1

What Component Houses Brake Pads And Applies Clamping Force To The Rotor?

Question 1

Which Brake Component Provides A Friction Surface For Disc Brakes?

Question 1

What Part Converts Pedal Force Into Hydraulic Pressure For Brakes?

Question 1

Which Device Uses Engine Vacuum To Reduce Brake Pedal Effort?

Question 1

What Component Measures Individual Wheel Speeds For ABS?

Question 1

Which Component Stores Pressurized Brake Fluid For Rapid ABS Pressure Changes?

Question 1

Which Component Provides A Sealed Surface For Piston Rings To Slide?

Question 1

What Seals The Cylinder Head To The Engine Block?

Question 1

Which Component Opens And Closes Valves In Time With Crankshaft Rotation?

Question 1

What Connects Pistons To The Crankshaft?

Question 1

Which Part Converts Linear Piston Motion Into Rotational Motion?

Question 1

What Maintains Crankshaft Inertia For Smooth Engine Operation And Helps Starting?

Question 1

Which Component Dampens Torsional Vibrations On The Crankshaft Nose?

Question 1

Which Part Circulates Coolant Throughout The Engine?

Question 1

What Component Recaptures Fuel Vapors To Reduce Emissions?

Question 1

Which Valve Routes Blow‑By Gases From Crankcase To Intake?

Question 1

What System Recirculates Exhaust Gas To Lower Combustion Temperatures?

Question 1

Which Component Measures Incoming Air Mass For Precise Fueling?

Question 1

What Sensor Detects Detonation And Signals Timing Adjustment?

Question 1

Which Part Houses The Airbag And Horn Controls In Many Cars?

Question 1

What Component Displays Vehicle Speed, Engine RPM, And Warning Lights?

Question 1

Which Feature Projects Key Driving Data Onto The Windshield?

Question 1

What Part Changes Gear Ratios Automatically Without Driver Clutch Input?

Question 1

Which Component Splits Engine Torque Between Drive Wheels, Allowing Different Speeds In Turns?

Question 1

What Part Distributes Power To Front And Rear Axles On 4WD Vehicles?

Question 1

Which Joint Allows Constant Velocity Power Transfer To Front Wheels?

Question 1

Which Component Converts Foot Pressure Into Acceleration Commands Electronically?

Question 1

What Part Ensures Clean Fuel Reaches The Injectors?

Question 1

Which Component Pressurizes Fuel For Port Or Direct Injection?

Question 1

What Device Sprays Fuel Into The Intake Or Cylinder?

Question 1

Which Component Controls Cabin Temperature And Airflow Distribution?

Question 1

What Part Removes Heat From Refrigerant In The Air‑Conditioning System?

Question 1

Which AC Component Absorbs Cabin Heat To Cool The Air?

Question 1

What Device Compresses Refrigerant To Enable The AC Cycle?

Question 1

Which Component Stores And Dehydrates Refrigerant In Many AC Systems?

Question 1

Which Component Provides The Central Shaft That The Wheel Bearing And Hub Rotate On In Many RWD Suspensions?

Question 1

Which Component Supports The Vehicle While Allowing Wheel Hub Rotation With Minimal Friction?

Question 1

What Safety Feature Limits Occupant Movement During A Crash?

Question 1

Which Lamp Provides Primary Forward Illumination At Night?

Question 1

What Lamp Indicates Intended Direction Changes To Other Road Users?

Question 1

Which Light Activates When You Select Reverse Gear?

Question 1

What Feature Automatically Maintains A Set Speed On Highways?

Question 1

Which System Prevents Wheelspin By Reducing Power Or Braking Individual Wheels?

Question 1

What Feature Helps Maintain Vehicle Stability By Correcting Understeer Or Oversteer?

Question 1

Which Sensor Determines Crankshaft Position And Engine Speed For Timing?

Question 1

Which Component Houses Gears And Allows Driver‑Selected Ratios With A Clutch?

Question 1

Which Transmission Uses Variable Pulley Diameters For Seamless Ratio Changes?

Question 1

What Part Seals The Engine Bottom And Holds Lubricating Oil?

Question 1

Which Component Reduces Toxic NOx In Diesel Exhaust Using Urea Solution?

Question 1

What Filter Traps Soot Particulates In Diesel Exhaust?

Question 1

Which Part Provides A Removable Seal Over The Cylinder Head?

Question 1

Which Component Keeps Tension On The Accessory Drive Belt?

Question 1

What Part Routes Intake Air Through A Heat Exchanger For Turbo Engines?

Question 1

Which Component Supports The Engine And Dampens Vibrations To The Chassis?

Question 1

What Part Allows The Driver To Select Gears In An Automatic?

Question 1

Which Component Converts Pedal Movement Into Hydraulic Pressure For The Clutch?

Question 1

What Device Releases Pressure On The Clutch Diaphragm Spring?

Question 1

Which Feature Alerts Drivers To Vehicles In Adjacent Lanes They Might Not See?

Question 1

What Part Directs Windshield Washer Fluid Onto The Glass?

Question 1

Which Component Moves Wiper Blades Across The Windshield?

Question 1

What Sensor Automatically Adjusts Wiper Speed Based On Rain Intensity?

Question 1

Which Interior Trim Provides A Finished, Padded Surface On The Roof And Aids Acoustics?

Question 1

What Part Channels Hot Coolant To Warm The Cabin?

Question 1

Which Component Translates Steering Wheel Rotation Into Lateral Movement?

Question 1

What Safety Feature Inflates Rapidly To Cushion Occupants During A Collision?

Question 1

Which Component Measures Manifold Pressure To Help Calculate Engine Load?

Question 1

What Part Provides A Removable, Sealed Cover For Accessing The Fuel Tank Opening?

Question 1

Which Component Converts Steering Column Motion To Pitman Arm Rotation In Some Trucks?

1

Ignition Coil

2

Voltage Regulator

3

Alternator

4

Starter Motor

The alternator converts mechanical energy into electricity, replenishing the battery and powering vehicle systems during engine operation.

1

Radiator

2

Alternator

3

Catalytic Converter

4

Engine

The engine combusts an air‑fuel mixture, driving pistons to create torque that turns the wheels through the drivetrain.

1

Fan Shroud

2

Heater Core

3

Water Pump

4

Thermostat

The thermostat opens or closes based on temperature, controlling coolant flow to maintain optimal engine operating heat levels.

1

Starter Motor

2

Alternator

3

Fuel Pump

4

Distributor

The starter motor engages the flywheel, spinning the engine fast enough for combustion to sustain power independently.

1

Fuel Filter

2

PCV Valve

3

Air Filter

4

Cabin Filter

The air filter traps dust and debris, ensuring clean airflow for efficient combustion and reduced internal engine wear.

1

Carburetor

2

Injector Nozzle

3

Throttle Body

4

Fuel Rail

A carburetor meters fuel using venturi vacuum, blending it with air before delivering mixture to engine cylinders.

1

Battery

2

Inverter

3

Ignition Coil

4

Capacitor

The battery provides high current for starting and stabilizes voltage, powering accessories when the alternator isn’t spinning.

1

Muffler

2

Resonator

3

Catalytic Converter

4

Oxygen Sensor

The catalytic converter uses precious metals to transform CO, hydrocarbons, and NOx into carbon dioxide, water, and nitrogen.

1

Downpipe

2

Resonator

3

Catalytic Converter

4

Muffler

The muffler’s chambers and perforated tubes cancel sound waves, significantly reducing exhaust noise exiting the tailpipe.

1

Crankshaft Position Sensor

2

Knock Sensor

3

Oxygen Sensor

4

Mass Airflow Sensor

The oxygen sensor reports exhaust oxygen levels so the ECU adjusts fueling for efficiency and emissions compliance.

1

EGR Valve

2

Intake Manifold Runner

3

Throttle Body

4

IAC Valve

The throttle body’s butterfly plate opens or closes to regulate intake airflow based on driver pedal input.

1

Exhaust Manifold

2

Intake Manifold

3

Intercooler

4

Plenum Chamber

The intake manifold channels mixture from the throttle to individual runners, balancing delivery to each cylinder efficiently.

1

Tailpipe

2

Catalytic Converter

3

Exhaust Manifold

4

Downpipe

The exhaust manifold bolts to the head, gathering exhaust from ports and directing it downstream through the system.

1

PCV Valve

2

EGR Valve

3

Turbocharger

4

Throttle Position Sensor

A turbocharger uses exhaust‑driven turbines to compress intake air, allowing more oxygen and fuel for higher output.

1

Vacuum Pump

2

Water Pump

3

Oil Pump

4

Fuel Pump

The oil pump circulates lubricant through galleries and bearings, reducing friction, removing heat, and preventing metal contact.

1

Heater Core

2

Overflow Tank

3

Radiator

4

Condenser

The radiator transfers heat from coolant to ambient air via tubes and fins, aided by vehicle speed or fans.

1

Oil Filter

2

Fuel Filter

3

Air Filter

4

Transmission Filter

The oil filter captures metal particles and sludge, maintaining lubricant purity and protecting critical bearings from wear.

1

Sway Bar

2

Shock Absorber

3

Control Arm

4

Tie Rod

Shock absorbers damp spring oscillations, controlling body motion so tires stay planted and ride remains stable.

1

Pitman Arm

2

Ball Joint

3

Control Arm

4

Tie Rod

The tie rod transmits steering input, adjusting toe by pushing or pulling the knuckle for precise directional control.

1

Wheel Bearing

2

Ball Joint

3

Strut Mount

4

Steering Knuckle

The steering knuckle houses the hub and pivots on ball joints, linking suspension and steering components accurately.

1

Leaf Spring

2

Air Filter

3

Shock Absorber

4

Coil Spring

Coil springs bear the vehicle’s load, compressing over bumps and working with dampers to manage motion.

1

Bump Stop

2

Sway Bar

3

Trailing Arm

4

Panhard Rod

The sway bar twists to resist differential wheel movement, reducing roll and improving cornering stability without affecting height.

1

Proportioning Valve

2

Master Cylinder

3

Brake Caliper

4

Brake Drum

The brake caliper squeezes pads against the rotor using hydraulic pressure, converting kinetic energy into heat for stopping.

1

Brake Rotor

2

Brake Drum

3

Backing Plate

4

Dust Shield

The rotor spins with the wheel, and caliper‑mounted pads clamp onto it to generate braking force.

1

Proportioning Valve

2

Wheel Cylinder

3

Master Cylinder

4

Brake Booster

The master cylinder pressurizes brake fluid when the pedal is depressed, sending force through lines to each caliper.

1

ABS Module

2

Brake Booster

3

Wheel Speed Sensor

4

Master Cylinder

The brake booster multiplies driver input using vacuum assistance, lowering required pedal force while preserving control.

1

Accelerometer

2

Yaw Sensor

3

Wheel Speed Sensor

4

MAP Sensor

Wheel speed sensors send rotational data to ABS control, enabling selective braking to prevent lockup during hard stops.

1

Expansion Chamber

2

Master Cylinder Reservoir

3

Accumulator

4

ABS Hydraulic Modulator

An accumulator stores hydraulic pressure within the ABS unit, enabling rapid application and release during anti‑lock modulation.

1

Head Gasket

2

Valve Seat

3

Cylinder Wall

4

Camshaft Lobe

Cylinder walls form the combustion chamber’s sides, supporting rings for compression sealing and efficient power generation.

1

Head Gasket

2

Intake Gasket

3

Valve Cover Gasket

4

Oil Pan Gasket

The head gasket seals combustion chambers and fluid passages, preventing leaks between block and head under extreme pressures.

1

Camshaft

2

Crankshaft

3

Rocker Arm

4

Timing Belt

The camshaft’s lobes actuate valves via lifters and rockers, coordinating timing for proper engine breathing.

1

Connecting Rod

2

Rocker Arm

3

Timing Chain

4

Pushrod

Connecting rods transfer reciprocating piston motion into rotational energy at the crankshaft for power delivery.

1

Flywheel

2

Crankshaft

3

Harmonic Balancer

4

Camshaft

The crankshaft’s offset journals transform up‑and‑down piston movement into rotation, driving accessories and ultimately the wheels.

1

Harmonic Balancer

2

Drive Plate

3

Flexplate

4

Flywheel

A flywheel stores rotational energy, smoothing firing pulses and providing a gear ring for starter engagement.

1

Harmonic Balancer

2

Idler Pulley

3

Tensioner

4

Water Pump Pulley

The harmonic balancer’s bonded damper ring absorbs crankshaft vibrations, protecting bearings and improving engine longevity.

1

Oil Pump

2

Water Pump

3

Vacuum Pump

4

Fuel Pump

The water pump’s impeller moves coolant through passages, radiator, and heater core to regulate engine temperature.

1

Purge Solenoid

2

EVAP Charcoal Canister

3

EGR Valve

4

PCV Valve

The charcoal canister stores vapors from the tank, later purged into the intake to be burned instead of vented.

1

Purge Valve

2

EGR Valve

3

IAC Valve

4

PCV Valve

The PCV valve meters crankcase vapors into the intake manifold, reducing pressure, oil contamination, and hydrocarbon emissions.

1

SCR System

2

PCV System

3

EGR System

4

EVAP System

EGR introduces inert exhaust into intake, reducing peak temperatures and thereby decreasing nitrogen oxide emissions.

1

Manifold Absolute Pressure Sensor

2

Mass Airflow Sensor

3

IAT Sensor

4

Throttle Position Sensor

The MAF sensor detects air mass entering the engine, letting the ECU calculate appropriate fuel injection.

1

Coolant Temperature Sensor

2

Knock Sensor

3

Camshaft Sensor

4

Oxygen Sensor

The knock sensor hears abnormal combustion vibrations, prompting the ECU to retard timing and protect components.

1

Center Console

2

Instrument Cluster

3

Headliner

4

Steering Wheel

The steering wheel integrates the driver airbag module and horn switch, central to both safety and control interfaces.

1

Head‑Up Display

2

Instrument Cluster

3

Glove Compartment

4

Infotainment Screen

The instrument cluster groups gauges and indicators, informing the driver about speed, engine status, and system faults.

1

Rearview Camera

2

Head‑Up Display

3

Tachometer

4

Trip Computer

A head‑up display reflects speed, navigation, and alerts within the driver’s sightline, reducing eyes‑off‑road time.

1

Differential

2

Manual Transmission

3

Transfer Case

4

Automatic Transmission

An automatic transmission uses planetary gearsets and hydraulic controls to shift ratios based on speed and load.

1

CV Joint

2

Differential

3

Transfer Case

4

Axle Shaft

The differential lets left and right wheels rotate at different speeds while transmitting torque, improving cornering behavior.

1

Center Bearing

2

Carrier Bearing

3

Slip Yoke

4

Transfer Case

The transfer case routes torque to multiple axles and often provides low range for improved off‑road control.

1

U‑Joint

2

Thrust Bearing

3

Ball Joint

4

CV Joint

CV joints maintain constant rotational speed through angles, enabling smooth power delivery in front‑drive and independent suspensions.

1

Throttle Cable

2

MAP Sensor

3

Accelerator Pedal Sensor

4

TPS Sensor

The accelerator pedal sensor reads pedal position and signals throttle control for precise, drive‑by‑wire response.

1

Cabin Filter

2

Fuel Filter

3

Oil Filter

4

Air Filter

The fuel filter traps contaminants like rust and dirt, protecting injectors and maintaining stable pressure and spray patterns.

1

Coolant Pump

2

Vacuum Pump

3

Oil Pump

4

Fuel Pump

The fuel pump delivers pressurized fuel from the tank to rails or high‑pressure pumps for proper atomization.

1

Fuel Rail

2

Carburetor

3

Fuel Injector

4

Choke

Fuel injectors precisely meter and atomize fuel under ECU control, improving efficiency, power, and emissions.

1

HVAC Control Unit

2

Glove Box Latch

3

Alternator

4

Body Control Module

The HVAC unit manages blower speed, blend doors, and compressor engagement to maintain chosen temperature and airflow.

1

Condenser

2

Evaporator

3

Expansion Valve

4

Receiver‑Drier

The condenser dissipates heat absorbed inside, turning high‑pressure refrigerant vapor into liquid using airflow at the vehicle’s front.

1

Condenser

2

Accumulator

3

Evaporator

4

Compressor

The evaporator allows refrigerant to boil at low pressure, absorbing heat from passing cabin air for cooling.

1

Receiver‑Drier

2

Expansion Valve

3

AC Compressor

4

Condenser Fan

The compressor raises refrigerant pressure and temperature, driving circulation through condenser and evaporator for cabin cooling.

1

Receiver‑Drier

2

Sight Glass

3

Accumulator

4

Condenser

The receiver‑drier contains desiccant to remove moisture and stores liquid refrigerant, preventing corrosion and freeze‑ups.

1

Spindle

2

Tie Rod

3

Control Arm

4

Steering Rack

The spindle is a fixed shaft supporting the hub and bearing, allowing smooth wheel rotation under load.

1

Wheel Bearing

2

Hub Cap

3

Dust Shield

4

Wheel Stud

Wheel bearings reduce friction and support loads, enabling the hub to spin smoothly at various speeds.

1

Sun Visor

2

Seat Belt

3

Side Mirror

4

Door Check

Seat belts restrain occupants, distributing crash forces across strong body areas and dramatically reducing severe injuries.

1

Turn Signal

2

Headlight

3

Fog Light

4

Daytime Running Light

Headlights project beams for distance visibility, enabling safe driving after dark and on unlit roads.

1

Marker Light

2

Turn Signal

3

Reverse Light

4

Brake Light

Turn signals flash to communicate lane changes or turns, enhancing predictability and safety in traffic.

1

High Beam

2

Fog Light

3

Reverse Light

4

DRL

Reverse lights illuminate the area behind the vehicle and alert others you’re backing up for safety.

1

Cruise Control

2

Traction Control

3

Lane Keep Assist

4

Hill Descent Control

Cruise control adjusts throttle electronically to hold a chosen speed, reducing fatigue and improving fuel economy.

1

Traction Control

2

ABS

3

Brake Assist

4

ESC

Traction control monitors slip and intervenes by cutting power or braking, improving acceleration on slippery surfaces.

1

Blind Spot Monitoring

2

Hill Start Assist

3

Adaptive Suspension

4

Electronic Stability Control

ESC brakes individual wheels and modulates power, counteracting yaw deviations to keep the vehicle on course.

1

Crankshaft Position Sensor

2

Camshaft Position Sensor

3

IAT Sensor

4

TPS Sensor

The crankshaft sensor provides rotational data so the ECU can synchronize ignition and fuel events precisely.

1

CVT

2

Differential

3

Automatic Transmission

4

Manual Transmission

A manual transmission uses meshing gears and a clutch‑operated input, letting drivers select ratios for control.

1

Manual Transmission

2

Dual‑Clutch Transmission

3

CVT

4

Hydramatic

A CVT varies pulley diameters connected by a belt, providing continuously adjustable ratios for smooth acceleration.

1

Oil Pan

2

Timing Cover

3

Bellhousing

4

Valve Cover

The oil pan bolts beneath the block, storing oil and providing a sump for the pickup and pump.

1

Lean NOx Trap

2

SCR Catalyst

3

EGR Valve

4

DPF

Selective Catalytic Reduction injects DEF to convert nitrogen oxides into nitrogen and water, meeting strict regulations.

1

Oxygen Storage Catalyst

2

Diesel Particulate Filter

3

Resonator

4

Catalytic Converter

The DPF captures soot in a porous substrate and periodically regenerates by burning deposits to reduce particulates.

1

Timing Cover

2

Cam Cap

3

Valve Cover

4

Head Gasket

The valve cover encloses the valvetrain, preventing oil leaks and allowing service access through a gasketed interface.

1

Belt Tensioner

2

Water Pump Pulley

3

Idler Pulley

4

Crank Pulley

The belt tensioner maintains correct belt tension automatically, preventing slippage and ensuring reliable accessory drive.

1

Heater Core

2

Condenser

3

Intercooler

4

Charge Pipe

An intercooler cools compressed charge air, increasing density to improve power, efficiency, and knock resistance.

1

Skid Plate

2

Engine Mount

3

Subframe

4

Crossmember

Engine mounts use rubber or hydraulic elements to isolate vibrations and secure the powertrain to the structure.

1

Clutch Pedal

2

Handbrake

3

Transfer Case Lever

4

Shift Lever

The shift lever commands the transmission range selector, enabling Park, Reverse, Neutral, and Drive engagement.

1

Slave Cylinder

2

Brake Booster

3

Throwout Bearing

4

Clutch Master Cylinder

The clutch master cylinder pressurizes fluid when the pedal is depressed, transmitting force to disengage at the slave.

1

Pilot Bearing

2

Input Shaft

3

Release Bearing

4

Synchro Ring

The release bearing presses the pressure plate’s fingers to disengage clutch friction surfaces for smooth gear changes.

1

Parking Sensors

2

Rear Cross Traffic Alert

3

Lane Departure Warning

4

Blind Spot Monitoring

Blind spot monitoring uses sensors to detect adjacent vehicles and illuminate warnings, reducing lane‑change collisions.

1

Wiper Motor

2

Washer Nozzle

3

Washer Pump

4

Wiper Arm

Washer nozzles spray fluid onto the windshield, aiding wipers in removing grime, bugs, and visibility‑reducing contaminants.

1

Wiper Relay

2

Wiper Motor

3

Washer Pump

4

Rain Sensor

The wiper motor drives a linkage that sweeps the wiper arms, clearing water and debris effectively.

1

Light Sensor

2

Yaw Sensor

3

Rain Sensor

4

MAP Sensor

The rain sensor detects moisture on the glass and signals variable speed operation, optimizing visibility automatically.

1

Package Tray

2

Headliner

3

Parcel Shelf

4

Firewall Insulation

The headliner is a padded trim panel enhancing appearance, insulation, and acoustics rather than providing structural safety.

1

Condenser

2

Oil Cooler

3

Radiator

4

Heater Core

The heater core functions like a small radiator, transferring heat from engine coolant into cabin airflow.

1

Idler Arm

2

Pitman Arm

3

Drag Link

4

Steering Rack

The steering rack converts rotational input into linear motion via a pinion, moving tie rods to steer wheels.

1

Airbag

2

Side Curtain

3

Seat Tensioner

4

Knee Bolster

Airbags deploy within milliseconds using gas generators, reducing impact forces on occupants during severe crashes.

1

TPS Sensor

2

Barometric Sensor

3

MAP Sensor

4

MAF Sensor

The MAP sensor reads intake vacuum or pressure, enabling the ECU to compute fueling and ignition requirements.

1

Fuel Rail Cap

2

Gas Door

3

Vent Valve

4

Fuel Filler Cap

The fuel filler cap seals the tank neck, preventing evaporative emissions and maintaining EVAP system integrity.

1

Steering Gearbox

2

Idler Arm

3

Steering Rack

4

Electric Power Steering Motor

A steering gearbox uses gears to translate wheel input into pitman arm movement, turning linkage on body‑on‑frame vehicles.

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Cars are made up of countless parts that keep them running smoothly. This quiz will test how well you can identify essential car components, from the basics to the more complex. Think you know your way around a vehicle?

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