Laws of Motion

Laws of Motion
Newtonian Mechanics
Newton’s Laws of Motion
Inertia
Inertia of Rest
Inertia of Motion
Inertia of Direction
Mass
Force
Net Force
Balanced Forces
Unbalanced Forces
Resultant Force
Linear Momentum
Impulse
Change in Momentum
Rate of Change of Momentum
Conservation of Momentum
Law of Inertia
First Law of Motion
Second Law of Motion
Third Law of Motion
Action
Reaction
Action Reaction Pair
Internal Forces
External Forces
Contact Force
Non Contact Force
Muscular Force
Frictional Force
Gravitational Force
Magnetic Force
Electric Force
Normal Reaction
Tension
Applied Force
Spring Force
Pseudo Force
Inertial Frame
Non Inertial Frame
Equilibrium
Static Equilibrium
Dynamic Equilibrium
Rest State
Uniform Motion State
Acceleration
Deceleration
Linear Acceleration
Uniform Acceleration
Variable Acceleration
Impulse Force
Impact
Collision
Elastic Collision
Inelastic Collision
Perfectly Elastic Collision
Perfectly Inelastic Collision
Coefficient of Restitution
Conservation Laws
Momentum Conservation Law
Force and Motion Relation
Force Equation
Mass and Inertia Relation
Force Measurement
Impulse Momentum Theorem
Force Time Graph
Area Under Force Time Graph
Momentum Vector
Force Vector
Acceleration Vector
Direction of Force
Direction of Acceleration
Weight
Apparent Weight
Free Body Diagram
Body at Rest
Body in Motion
Constraint Force
Driving Force
Resistive Force
Drag Force
Air Resistance
Fluid Resistance
Viscous Force
Friction
Static Friction
Kinetic Friction
Limiting Friction
Coefficient of Friction
Rolling Friction
Sliding Friction
Direction of Friction
Frictional Force Law
Advantages of Friction
Disadvantages of Friction
Methods of Increasing Friction
Methods of Reducing Friction
Motion on Rough Surface
Motion on Smooth Surface
Horizontal Force
Vertical Force
Inclined Plane
Motion on Inclined Plane
Forces on Inclined Plane
Normal Force on Inclined Plane
Component of Weight
Resolution of Forces
Composition of Forces
Vector Nature of Force
Scalar Nature of Mass
Momentum Conservation in Collision
Recoil
Gun Recoil
Rocket Propulsion
Jet Propulsion
Variable Mass System
Thrust
Exhaust Velocity
Principle of Rocket Motion
External Impulse
Internal Impulse
System of Particles
Isolated System
Closed System
Open System
Centre of Mass
Centre of Gravity
Motion of Centre of Mass
Equilibrium of Particles
Concurrent Forces
Coplanar Forces
Non Coplanar Forces
Newton’s First Law Applications
Newton’s Second Law Applications
Newton’s Third Law Applications
Limitations of Newton’s Laws
Validity of Newton’s Laws
Newtonian Frame of Reference
Galilean Frame
Pseudo Force in Lift
Pseudo Force in Bus
Pseudo Force in Train
Pseudo Force in Rotating Frame
Action Reaction Misconception
Contact Interaction
Field Interaction
Force Transmission
Mechanical Interaction
Cause of Motion
Effect of Force
Change of Shape
Change of Direction
Change of Speed
Stopping Force
Starting Force
Motion Due to Force
Rest Due to Force
Physics of Motion