About Course

This term explores fundamental principles in physics, focusing on mechanics, heat energy, and gas laws. It begins with linear momentum, where students will learn about the principles of motion, impulse, and conservation of momentum. The study then extends to mechanical energy, covering kinetic and potential energy, work, and power. Students will also examine simple machines, exploring how they make work easier through mechanical advantage and efficiency.

The course then shifts to heat energy, starting with temperature and its measurement, followed by an introduction to the absolute scale of temperature. Students will explore heat capacity and specific heat capacity, learning how substances absorb and store heat. The topic of latent heat will cover phase changes and energy transfer without temperature change. Finally, the course concludes with an exploration of gas laws, examining Boyle’s, Charles’s, and the ideal gas laws, providing insight into how gases behave under different conditions.

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Course Content

Introduction

  • Scheme of Work
    00:34

Week 1: Linear Momentum

Week 2: Linear Momentum

Week 3: Mechanical Energy

Continuous Assessment 1

Week 4: Other Simple Machines

Week 5: Heat Energy: Temperature And Its Measurement

Week 6: Heat Energy – Absolute Scale Of Temperature

Continuous Assessment 2

Week 7: Heat Energy Measurement – Heat Capacity And Specific Heat Capacity

Week 8: Latent Heat

Week 9: Gas Laws

Continuous Assessment 3

Revision and Closing Remarks

Examination

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