1. Exploring Aerodynamics in Car Design: Investigate how airflow affects the performance and efficiency of different car designs.
  2. Experimenting with Alternative Fuel Sources: Explore the science behind electric, hydrogen, or biofuel-powered cars and their impact on the environment.
  3. Analyzing the Physics of Car Crashes: Study the principles of momentum, inertia, and energy transfer in car collisions to understand the importance of safety features.
  4. Designing and Testing Solar-Powered Cars: Challenge students to construct miniature solar-powered cars and investigate the efficiency of solar panels in powering vehicles.
  5. Investigating the Chemistry of Car Paints: Examine the composition of car paints, including polymers, solvents, and pigments, and their properties for durability and aesthetics.
  6. Studying the Role of Friction in Tire Traction: Learn about the science of friction and how tire treads, materials, and road conditions impact a car's grip on the road.
  7. Exploring Engine Efficiency and Emissions: Explore the internal combustion engine's operation, fuel efficiency, and emissions to understand the challenges of reducing pollution.
  8. Simulating Car Speed and Acceleration: Use physics principles to calculate a car's speed, acceleration, and braking distances based on various factors such as weight and horsepower.
  9. Investigating the Role of Sensors in Autonomous Cars: Explore the technology behind self-driving cars, including sensors like LiDAR, radar, and cameras, and their role in navigation and safety.
  10. Experimenting with Lubricants for Engine Performance: Conduct experiments to test different lubricants' effects on engine friction, wear, and efficiency to optimize car performance.