A) To use the latest technology regardless of appearance. B) To achieve the cheapest production cost. C) To make the cars go faster. D) To create visually appealing and functional products.
A) To increase weight for stability. B) To make the vehicle heavier for better traction. C) To add complexity to the design. D) To reduce drag and improve fuel efficiency.
A) Carbon fiber B) Steel C) Iron D) Aluminum
A) It has no impact on vehicle design. B) It determines the engine size. C) It affects fuel efficiency. D) It can evoke certain emotions and enhance the vehicle's aesthetics.
A) Manufactured parts guarantee B) Miles per hour C) Miles per gallonon D) Miles per gallon
A) Improves aerodynamics by reducing lift or drag. B) Adds weight to the rear of the car for balance. C) Provides extra storage space. D) Enhances the engine performance.
A) Selecting the car's color. B) Ensuring the interior layout and features are user-friendly and appealing. C) Setting the price of the car. D) Determining the top speed of the vehicle.
A) To ensure the vehicle's safety, performance, and durability. B) To increase the weight of the vehicle. C) To focus only on the vehicle's exterior look. D) To determine the top speed only.
A) Larger exhaust pipes B) Increased fuel intake C) Bigger engine size D) Regenerative braking
A) Engine B) Dashboard C) Chassis D) Spoiler
A) Single Use Van B) Sport Utility Vehicle C) Speedy Universal Vessel D) Super Ultra Vehicle
A) Manufacturing B) Coloring C) Engineering D) Styling
A) Enhance engine performance only. B) To evaluate aerodynamics and reduce drag. C) Increase fuel consumption. D) Test audio system quality.
A) Coaxial Valve Transmission B) Compact Vehicle Transporter C) Continuously Variable Transmission D) Constant Velocity Transmission
A) Color B) Texture C) Proportion D) Pattern
A) To protect passengers from wind, debris, and insects. B) Increase engine power. C) Reduce vehicle weight. D) Aesthetic enhancement only.
A) Larger hubcaps B) High engine output C) Flamboyant colors D) Crumple zones
A) To improve fuel efficiency. B) To increase vehicle speed. C) To enhance comfort, convenience, and overall user experience. D) To add unnecessary weight.
A) Absorbs shocks and ensures a smooth ride. B) Reduces tire grip. C) Increases ground clearance. D) Modifies engine sound.
A) Anti-lock braking system B) Automotive braking standard C) Airbag braking support D) Accelerated braking security
A) To reduce manufacturing costs. B) To make the vehicle look more stylish. C) To ensure the vehicle is comfortable and safe for occupants. D) To increase vehicle weight.
A) Increase passenger comfort B) Enhance exterior aesthetics C) Accommodate wider tires D) Improve fuel economy
A) Electronic stability control B) Keyless entry C) Bluetooth connectivity D) Cruise control
A) Horn B) Dashboard lights C) Adaptive headlights D) Spoiler
A) Tow hitch B) Convertible top C) Adaptive cruise control D) Off-road tires
A) Roof rack B) CD player C) Engine control unit D) Seatbelt
A) Power steering pump B) Alternator C) Oxygen sensor D) Brake pads
A) Steel B) Carbon fiber C) Aluminum D) Plastic
A) Roof rack B) Spoiler C) Fender flares D) Sunroof
A) Turbocharged engine B) Rotary engine C) Electric motor D) V8 engine
A) Larger tires B) Body kit accessories C) Streamlined body shape D) Spoilers
A) All-wheel drive B) Automatic wheel drive C) Airbag warning display D) Audio wave damping
A) Rear window defroster B) Rear-wheel drive C) Remote warning display D) Road wheel drive |