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Quizzes > Quizzes for Business > Entertainment

Supercars Knowledge Quiz: Rev Up Your Score

Challenge Your Supercar Tech and History Smarts

Difficulty: Moderate
Questions: 20
Learning OutcomesStudy Material
Colorful paper art depicting various supercars for a knowledge quiz

Jump behind the wheel of this supercars quiz and test your high-octane knowledge. Perfect for auto enthusiasts and students aiming to improve their car performance know-how, it covers engine specs, design features, and speed records. Your scores highlight strengths and areas for growth, and every question can be freely modified in the editor to match specific learning goals. Looking for more? Try the Knowledge Assessment Quiz , explore breakthroughs in the History Knowledge Quiz, or browse all quizzes.

How many cylinders does the engine of a Bugatti Veyron have?
8 cylinders
12 cylinders
16 cylinders
10 cylinders
The Bugatti Veyron features a quad-turbocharged W16 engine, comprising 16 cylinders arranged in four banks of four. This unique configuration allows for extreme power output and smoothness compared to fewer-cylinder designs. The W16 setup is a hallmark of Bugatti's engineering prowess.
Which manufacturer produces the Aventador supercar?
Ferrari
Lamborghini
McLaren
Porsche
The Aventador is produced by Lamborghini, an Italian manufacturer known for its flagship V12-powered supercars. Lamborghini has built a reputation for bold design and high-revving engines, with the Aventador exemplifying these traits.
What performance metric does "0-60 mph time" measure in a supercar?
Top speed
Acceleration
Braking distance
Fuel efficiency
The 0-60 mph time measures how quickly a vehicle can accelerate from a standstill to 60 mph, reflecting its acceleration capability. It is a key performance metric used to compare supercar responsiveness and engine power.
Which engine configuration is most commonly used in modern supercars for its balance of power and weight?
Inline-6
V8
V12
Flat-4
V8 engines offer a favorable blend of power delivery, compact size, and weight, making them a common choice for supercars. Their configuration provides smooth torque characteristics and easier packaging than larger V12 units.
What aerodynamic element on a supercar primarily increases downforce?
Rear wing
Hood scoop
Side mirror
Roof antenna
A rear wing redirects airflow over the back of the car to push it downward, thereby increasing downforce. This added downforce enhances traction and stability at high speeds without significantly increasing drag.
Which production supercar set the official two-way top speed record at 277.87 mph?
Bugatti Chiron Super Sport
Koenigsegg Agera RS
Hennessey Venom GT
McLaren Speedtail
The Koenigsegg Agera RS achieved an official two-way average top speed of 277.87 mph, securing its record certified by Guinness World Records. This feat surpassed previous records and showcased Koenigsegg's focus on aerodynamics and powertrain efficiency.
In which year was Automobili Lamborghini founded?
1947
1952
1963
1974
Ferruccio Lamborghini founded Automobili Lamborghini in 1963 to compete directly with established sports car makers. The company's debut model, the 350 GT, marked the start of Lamborghini's legacy in high-performance vehicles.
What distinguishes a twin-turbocharged engine from a naturally aspirated engine?
It uses multiple carburetors
It uses forced induction via two turbochargers
It has more cylinders
It uses electric motors
Twin-turbocharged engines utilize two turbochargers to force more air into the engine, boosting power and efficiency. In contrast, naturally aspirated engines rely solely on atmospheric pressure for air intake, which limits power output compared to forced induction setups.
What function does a rear diffuser serve on a supercar?
Increases cabin air conditioning
Directs road spray away from wheels
Accelerates airflow under the car to generate downforce
Improves exhaust sound
A rear diffuser shapes and accelerates the airflow exiting beneath the car, creating a low-pressure zone that generates downforce. This aerodynamic effect improves stability and grip at high speeds without substantially increasing drag.
Which supercar holds the lap record at the Nürburgring Nordschleife as of 2020?
McLaren P1
Porsche 911 GT2 RS
Lamborghini Aventador SVJ
Ferrari LaFerrari
The Lamborghini Aventador SVJ set the Nürburgring production car lap record in 2018 with a time of 6:44.97. Its active aerodynamic features and optimized powertrain enabled this record performance on the demanding Nordschleife circuit.
For maintaining optimal performance in supercar engines, which type of oil is generally recommended?
Conventional mineral oil
Semi-synthetic oil
Fully synthetic oil
Vegetable-based oil
Fully synthetic oils maintain stable viscosity at extreme temperatures and resist breakdown under high stress. They provide superior engine protection and lubrication in high-performance supercar engines compared to conventional or semi-synthetic oils.
Why is carbon fiber extensively used in supercar construction?
To increase weight for stability
To reduce manufacturing cost
To lower weight and maintain high rigidity
To improve fuel consumption only
Carbon fiber composites offer exceptional strength-to-weight ratios, allowing engineers to reduce vehicle mass while maintaining structural rigidity. This weight reduction improves acceleration, handling, and fuel economy in supercars.
Which supercar is credited as the first mass-produced mid-engine layout?
Lamborghini Miura
Ferrari 308 GTB
Porsche 911
Ford GT40
The Lamborghini Miura, introduced in 1966, was the first mass-produced supercar to feature a mid-engine layout in a grand touring body. This configuration improved weight distribution and handling, influencing future supercar designs.
What characteristic is typical of a flat-plane crankshaft in V8 supercars?
Reduced vibration and smoother idle
Higher torque at low RPM
Distinctive high-revving performance and exhaust note
Lower manufacturing cost
Flat-plane crankshafts are lighter and allow for faster engine revving, resulting in high-revving performance and a distinctive exhaust note. However, they can produce more vibration than cross-plane crankshafts, which some manufacturers choose to mitigate.
What does "active aerodynamics" refer to in modern supercars?
Fixed aerodynamic elements
Manually adjustable spoilers
Automatically adjusting surfaces based on speed and conditions
Only interior airflow management
Active aerodynamics involves movable elements like wings and flaps that adjust automatically based on speed, steering angle, or other sensor inputs. This system optimizes downforce and drag in real time, enhancing performance and efficiency.
A supercar weighs 1400 kg and produces 700 horsepower. What is its power-to-weight ratio in horsepower per tonne?
250 hp/tonne
500 hp/tonne
700 hp/tonne
350 hp/tonne
Converting 1400 kg to 1.4 tonnes and dividing the 700 horsepower by 1.4 yields a power-to-weight ratio of 500 hp per tonne. This metric is critical for comparing acceleration potential across different supercar models.
Why do many supercars use dry-sump lubrication systems?
To simplify engine design
To maintain oil pressure under high lateral forces
To reduce oil capacity
To increase fuel efficiency only
Dry-sump systems keep oil in a separate tank and use scavenge pumps to maintain consistent oil pressure even under high lateral forces. This prevents oil starvation during hard cornering and supports reliable engine lubrication.
How do venturi tunnels under a supercar generate downforce?
By heating the air
By slowing the airflow under the car
By accelerating the airflow under the car to reduce pressure
By adding weight to the chassis
Venturi tunnels narrow the space under the car, accelerating airflow and reducing pressure in that area according to Bernoulli's principle. The resulting low-pressure zone beneath the vehicle creates downforce without significantly increasing drag.
When the Koenigsegg Agera RS set its record, which aerodynamic trait was most critical?
Extremely high downforce for cornering
Large drag coefficient
Extremely low drag coefficient
Rear cabin ventilation
For a straight-line speed record, minimizing drag is crucial to overcoming aerodynamic resistance at high velocity. The Agera RS's extremely low drag coefficient allowed it to reach and sustain record-breaking top speeds.
To minimize turbocharger wear in twin-turbo supercars, what shutdown procedure is recommended?
Turning off immediately after driving
Engaging parking brake before shutdown
Idling for a short period before switching off the engine
Revving the engine before shutdown
Allowing the engine to idle before shutdown ensures oil in the turbocharger bearings cools and circulates properly, preventing oil coking and bearing wear. This practice extends turbocharger life in high-heat twin-turbo systems.
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Learning Outcomes

  1. Analyze performance specifications of leading supercar models
  2. Identify iconic supercar brands and their historical milestones
  3. Evaluate engine types and advanced automotive innovations
  4. Compare aerodynamics and design features of top-performance vehicles
  5. Demonstrate understanding of speed records and racing achievements
  6. Apply maintenance insights for optimal supercar performance

Cheat Sheet

  1. Ferrari LaFerrari Performance - The LaFerrari's V12 engine paired with its HY-KERS hybrid system pushes out a combined 963 PS, catapulting you from 0 - 100 km/h in just 2.6 seconds. It's a masterclass in balancing raw combustion power with cutting-edge electric boost for jaw-dropping acceleration. Learn more
  2. Lamborghini Miura Milestone - Launched in 1966, the Miura flipped the supercar world on its head by positioning its V12 engine behind the driver, creating the blueprint for every mid-engine hypercar since. Its curvy bodywork and head-turning style still make it a true automotive icon. Learn more
  3. McLaren 720S Engine & Chassis - Under the sleek skin of the 720S lives the M840T twin-turbo V8 pumping out 720 PS, while its carbon-fiber monocoque keeps weight featherlight. This combo delivers blistering performance and rock-solid rigidity for razor-sharp handling. Learn more
  4. Lamborghini Countach Design - With its razor-sharp wedge shape and iconic scissor doors, the Countach redefined supercar aesthetics in the 1970s. Its bold lines and futuristic styling inspired generations of designers to push the envelope. Learn more
  5. Bugatti Veyron Super Sport Record - In 2010, the Veyron Super Sport smashed speed limits with a top speed of 267 mph, cementing Bugatti's rep as the king of straight-line velocity. This record-breaker proves what obsessive engineering and quad-turbo power can achieve. Learn more
  6. Supercar Maintenance Essentials - Keeping a hypercar at peak performance means staying on top of scheduled servicing, using OEM fluids and parts, and monitoring wear on brakes and tires. Regular check-ups ensure reliability - and can save you big repair bills down the road!
  7. Timeline of Supercar Innovations - From the 1975 Porsche 911 Turbo pioneering turbocharging to today's hybrid hypercars like the LaFerrari, supercar tech has evolved at breakneck speed. Charting these milestones reveals how each leap - turbo, composites, electrification - reshaped performance possibilities. Learn more
  8. Active Aerodynamics Impact - Modern legends like the McLaren P1 use movable wings and flaps to dial in downforce on the fly, boosting grip in corners and reducing drag on straights. This smart airflow wizardry is why today's hypercars stick to roads like racecars.
  9. Carbon Fiber Monocoque Advantages - The McLaren F1's pioneering carbon-fiber chassis showcased astonishing strength-to-weight gains, making the car both light and incredibly rigid. This material revolution set the stage for every modern supercar's lightweight core. Learn more
  10. Exclusivity Through Limited Runs - Only 1,315 Ferrari F40s ever left Maranello, instantly making it a collector's dream. Limited-production models drive desirability, boost resale values, and deliver that special "you're one of the few" thrill. Learn more
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