The Mechanics: Momentum and Energy course, designated as 8.01.2x, is the second module in a series of calculus-based mechanics courses offered by MIT. This course delves into fundamental concepts such as momentum, impulse, energy, work, and the pivotal conservation laws. Students will apply these principles to solve complex mechanics problems, including those involving collisions and rocket dynamics.

Key Learning Objectives:

• Comprehend the principles of momentum and impulse.
• Analyze systems with continuous mass flow.
• Understand potential energy and mechanical energy.
• Examine various types of collisions.
• Define and calculate work and kinetic energy.

Course Format:

The curriculum comprises lectures and exercises designed to reinforce theoretical knowledge through practical application.

Recommended Prerequisites:

• High school-level physics.
• Calculus.
• Completion of the prior module, Mechanics: Kinematics and Dynamics.

This course is part of a comprehensive series based on MIT's 8.01: Physics I, a mandatory subject for all undergraduates at the institute. The series includes:

1. Mechanics: Kinematics and Dynamics.
2. Mechanics: Momentum and Energy.
3. Mechanics: Rotational Dynamics.
4. Mechanics: Simple Harmonic Motion.

For more detailed information, please visit the course page.