Table of Content

• 01 Units Physical Quantities Vectors

  • Learning Objectives

• 02 Motion Along A Straight Line

  • Learning Objectives

• 03 Motion In Two Or Three Dimensions

  • Learning Objectives

• 04 Newtons Laws of Motion

  • Learning Objectives

• 05 Applying Newtons Laws

  • 0503 Friction Forces
  • 0504 Dynamics Cicular Motion
  • Learning Objectives

• 06 Work and Kinetic Energy

  • Learning Objectives

• 07 Potential Energy and Energy Conservation

  • Learning Objectives

• 08 Momentum Impulse and Collisons

  • 0801 Momentum and Impulse
  • 0804 Elastic Collision
  • Learning Objectives

• 09 Rotation of Rigid Bodies

  • 0901 Angular Velocity and Acceleration
  • 0905 Parallel Axis Theorem
  • 0906 Moment of Inertia
  • Learning Objectives

• 10 Dynamics of Rotation Motion

  • 1001 Torque
  • 1002 Torque and Angular Acceleration
  • 1003 Rotation About A Moving Axis
  • 1004 Work and Power In Rotational Motion
  • 1005 Angular Momentum
  • Learning Objectives

• 11 Equilibrium and Elasticity

  • Learning Objectives

• 12 Fluids Mechanics

  • 1202 Pressure In A Fluid
  • 1203 Buoyancy
  • 1204 Fluid Flow
  • 1205 Bernoullis Equation
  • Learning Objectives

• 13 Gravitation

  • 1301 Newtons Law of Gravitation
  • 1302 Weight
  • 1303 Gravitational Potential Energy
  • 1304 Motion of Satellites
  • 1308 Black Hole
  • Learning Objectives

• 14 Periodic Motion

  • 1402 Simple Harmonic Motion
  • 1403 Energy In SHM
  • 1405 The Simple Pendulum
  • 1406 The Physical Pendulum
  • Learning Objectives

• 17 Temperature and Heat

  • 1701 Thermal Expansion
  • Learning Objectives

• 18 Thermal Properties of Mater

  • 1801 Equations of State
  • 1802 Molecular Properties of Matter
  • 1804 Heat Capacity
  • Learning Objectives

• Misc

  • Atwoods Machine
  • Ballistic Pendulum
  • Contact Force
  • Elevator Problem
  • Incline
  • Inelastic Collision
  • Mid Term 3
  • One D Motion
  • Pulley Problem
  • Sherlock
  • Skier Problem
  • Two D Motion
  • Varying Acceleration
  • Work and Energy