For women, by women
Exploring the Effect of Air Density on Car Speed
In this activity, students will explore the effect of air density on car speed. The primary focus will be on understanding density and its relationship with states of matter. Students will design and conduct experiments using the simulator to explore the relationship between air density and car speed. They may vary factors such as temperature, pressure, or altitude to observe changes in air density and measure the corresponding effect on the speed of the car.
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Exploring Speed, Velocity, and Acceleration in iRacing
Through the activity using iRacing, students will engage in a hands-on exploration of speed, velocity, and motion. They will learn to differentiate between speed and velocity, analyze acceleration, and understand the fundamental principles of motion. By collecting and analyzing data from their virtual racing experiences, students will develop skills in data interpretation and visualization. They will also recognize the real-world applications of these concepts in fields such as motorsports and transportation, enhancing their understanding of the physics behind speed, velocity, and motion.
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Energy recovery system using Formula E car on iRacing.
By engaging with the Energy Recovery System (ERS) in Formula E car simulations on iRacing, students will gain a comprehensive understanding of energy conversion, energy transfer, kinetic energy, potential energy, and the conservation of energy. They will learn how the ERS captures and converts kinetic energy during braking into electrical energy, which can be later utilized to provide an additional power boost. Students will explore the transfer of energy between different forms and understand how the ERS affects the car's performance. Furthermore, they will recognize the significance of conserving energy and its implications for sustainability and efficiency in the automotive industry.
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Exploring Newton's Laws, Forces, Friction, and Gravity in iRacing
Engaging in the iRacing activity, students will have the opportunity to explore and understand Newton's laws of motion, forces, friction, and gravity. They will learn to apply these principles within the virtual racing environment. Through hands-on experiences and data analysis, students will develop a deeper comprehension of how forces impact the movement of a vehicle, the role of friction in driving dynamics, and the influence of gravity on acceleration and trajectory. This activity will enhance their understanding of these fundamental concepts in physics and their practical applications in the context of racing simulations.