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SERIES CHALLENGES
CHALLENGE 07: Weight Distribution
Learning about the center of gravity, balance, and its effects on vehicle dynamics.
Adjusting the distribution of weight in the car to see how it affects handling, particularly in corners. This will help students understand why race cars are often balanced differently from regular vehicles and how this impacts stability and cornering speeds.
CHALLENGE 08: Fuel Management
Exploring principles of chemistry and energy efficiency in fuel consumption.
Students will manage fuel types (e.g., gasoline, diesel, hybrid, electric) and adjust fuel mixtures to optimize performance and efficiency. Lessons will delve into the chemistry of fuels and the environmental impacts of various fuel choices.
CHALLENGE 09: Cooling System
Learning about the physics of friction, material properties, and their effects under various environmental conditions.
Adjusting radiator size, airflow, and coolant types to manage engine temperature. This module will teach students about the basics of heat exchange and the importance of maintaining optimal operating temperatures in mechanical systems.
CHALLENGE 10: Exhaust System
Learning about gases, pressures, and environmental science.
Modifying the exhaust system to affect back pressure and exhaust flow efficiency. This includes lessons on how exhaust design influences engine performance and emissions, integrating environmental science with physics.
CHALLENGE 11: Electrical Systems
Investigating electrical circuits, energy storage, and power distribution.
Tweaking the alternator output, battery capacity, and electronic control units (ECUs). This area will allow students to explore how electrical systems support various car functions and the role of electronics in modern vehicles.
CHALLENGE 12: Safety Features
Studying impact forces, material science, and safety engineering.
Adjusting safety components such as the roll cage strength, seat belt types, and airbag systems. Students will learn about the physics behind crash safety, how energy is absorbed during impacts, and the technology designed to protect passengers.
