Objective

By the end of this lesson, you will be able to understand the basic principles of physics as they relate to the Ford Mustang.

Materials and Prep

• Computer or tablet with internet access
• Pen and paper
• Prior knowledge of basic physics concepts (force, motion, energy, etc.)

Activities

1. Research the physics behind the Ford Mustang's acceleration. Look into concepts such as Newton's laws of motion, force, and horsepower.

2. Calculate the Mustang's average speed using the formula: speed = distance / time. Find the necessary data (distance and time) and perform the calculation.

3. Explore the concept of aerodynamics and how it affects the Mustang's performance. Investigate the design features that contribute to reducing drag and increasing downforce.

4. Examine the role of friction in the Mustang's braking system. Research the different types of brakes used in high-performance cars and explain how they work.

5. Investigate the impact of weight distribution on the Mustang's handling and stability. Analyze the weight distribution percentages between the front and rear axles and discuss their effects.

Twelfth Grade Talking Points

• "The Ford Mustang is an iconic American muscle car that has captivated car enthusiasts for decades."

• "Physics plays a crucial role in understanding the Mustang's performance and capabilities."

• "Newton's laws of motion help explain the Mustang's acceleration, deceleration, and overall motion."

• "The Mustang's horsepower is a measure of its engine's capability to do work."

• "Aerodynamics is the study of how air flows around objects, and it greatly influences the Mustang's speed and handling."

• "Friction is essential in the Mustang's braking system, allowing it to slow down and stop effectively."

• "Weight distribution affects the Mustang's balance and stability, contributing to its overall performance."

• "Understanding the physics behind the Mustang can enhance our appreciation for its engineering and design."