The Complete High School and College Physics

Course Curriculum

Chapter 1: Course Introduction

Lecture 1: Welcome

Chapter 2: Fundamental and Derived units

Lecture 1: Course overview

Lecture 2: Objectives

Lecture 3: System Of measurement, fundamental and derived units.

Lecture 4: Derivation of quantities and units

Lecture 5: Derivation of units and conclusion

Chapter 3: Scalars and vectors

Lecture 1: Objectives

Lecture 2: Concept of scalars and vectors

Lecture 3: Addition of vectors

Lecture 4: Addition and application of vectors

Lecture 5: Resolution of vectors

Chapter 4: Motion

Lecture 1: Objectives

Lecture 2: Concept of motion

Lecture 3: Terms and equations of motion

Lecture 4: Applications of the equations of motion

Lecture 5: Calculations on motion

Chapter 5: Gravitational field

Lecture 1: Objectives

Lecture 2: Newton's law of gravitation

Lecture 3: Gravitational Potential

Lecture 4: Escape velocity and applications

Chapter 6: Equilibrium of forces

Lecture 1: Objectives

Lecture 2: Concept of equilibrium, principle of moment and moment of force

Lecture 3: Application of moment of forces

Lecture 4: Moment of couple and applications

Lecture 5: Triangle of forces and centre of gravity

Chapter 7: Work, Energy and Power

Lecture 1: Objectives

Lecture 2: Energy

Lecture 3: Power

Lecture 4: Work

Chapter 8: Machines

Lecture 1: Objectives

Lecture 2: Machines and terms used in machines

Lecture 3: Lever

Lecture 4: Pulleys

Lecture 5: Inclined planes

Chapter 9: Elastic properties of solids

Lecture 1: Objectives

Lecture 2: Concept of elasticity and Hooke's law

Lecture 3: Applications of elasticity

Chapter 10: Density and Pressure

Lecture 1: Objectives

Lecture 2: Density, relative density and states of matter

Lecture 3: Calculation on density and pressure

Lecture 4: Archimedes principle, law of floatation and pressure in solids

Lecture 5: Pressure in liquids, pascal's principle, and Hare's principle

Chapter 11: Temperature and it's measurements

Lecture 1: Objectives

Lecture 2: Temperature and Thermometer

Lecture 3: Comparing thermometer scales

Lecture 4: Effects of heat

Chapter 12: Thermal expansion

Lecture 1: Objectives

Lecture 2: Linear and area expansivity

Lecture 3: Cubic expansivity

Lecture 4: Application of expansion of solids and liquids

Chapter 13: Gas laws

Lecture 1: Objectives

Lecture 2: Introduction and Boyle's law

Lecture 3: Charle's law

Lecture 4: Pressure Law

Lecture 5: General gas equation and application

Chapter 14: Measurement of heat

Lecture 1: Objectives

Lecture 2: Heat energy and Specific heat capacity

Lecture 3: Methods of measuring spec. heat capacity

Lecture 4: Temperature difference in water falls

Chapter 15: Latent heat

Lecture 1: Objectives

Lecture 2: Latent heat

Lecture 3: Applications of latent heat

Chapter 16: Change of state

Lecture 1: Objectives

Lecture 2: Change of states and application of pressure

Lecture 3: Boiling, evaporation and sublimation

Chapter 17: Waves

Lecture 1: Objectives

Lecture 2: Concept of waves

Lecture 3: Types and propagation of waves

Chapter 18: Sound waves

Lecture 1: Objectives

Lecture 2: Propagation and characteristics of sound waves

Lecture 3: Applications of sound waves

Lecture 4: Basic terms in sound waves

Lecture 5: Vibration of strings

Lecture 6: Harmonics

Lecture 7: Vibration of air columns in pipes

Lecture 8: Vibration in open pipes and resonance tubes

Chapter 19: Light waves

Lecture 1: Objectives

Lecture 2: Characteristics, sources and transmission of light

Lecture 3: Propagation of light and solar eclipse

Lecture 4: Magnification

Lecture 5: Reflection of light from plane surfaces