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Learn fundamental physics concepts in this comprehensive lecture covering work and energy principles, starting with the Work-Kinetic Energy Theorem and its practical applications through simulations. Explore conservative forces and their relationship to potential energy, with detailed explanations of spring force and gravitational potential energies. Master the combination of spring and gravitational potential energies, and conclude with practical problem-solving focused on projectile motion. Through demonstrations and simulations, gain a thorough understanding of these essential physics concepts that form the foundation for understanding mechanical energy conservation and force interactions.
Syllabus
- Lecture 12 Intro
- Work-Kinetic Energy Theorem
- Work and Energy Simulation
- Conservative Force & Its Potential Energy
- Spring Force, & Its Potential Energy
- Combining Spring and Gravitational Potential Energies
- WS 7, P10: Projectile Motion
Taught by
CoA Physics