Laws of Motion
Physics Solutions from Chapter -1 - Laws of Motion
This chapter covers topics such as Force, Friction, Newton's Second Law of Motion, Applications of Newton's Laws of Motion, Common Forces in Mechanics, Equilibrium of a Particle, Conservation of Momentum, Newton's First Law of Motion, etc.
Practice Other Topics from Laws of Motion
This topic covers the concept of Aristotle Fallacy.

This topic covers concepts such as Concept of Inertia, Inertia of Motion, and Inertia of Rest.

This topic covers concepts such as Force, Newton's Laws of Motion, and Newton's First Law of Motion.

This topic covers concepts such as Properties of Force, Units of Force, Linear Momentum, Mass, Units of Mass, Resultant Force, Newton's Second Law of Motion, Change of Momentum, Rate of Change of Momentum, and Limitations of F= ma.

This topic covers concepts such as Linear Impulse, Linear Impulse of Constant Force, Linear Impulse of Time Varying Force, and Linear Impulse from F-T Diagrams.

This topic covers concepts such as External and Internal Forces, Newton's Third Law of Motion, and Action and Reaction.

This topic covers the concept of Conservation of Linear Momentum.

This topic covers concepts such as Equilibrium of Forces, Resolution of a Force and Concurrent Forces.

This topic covers concepts such as Classification of Forces, Field Forces, Normal Reaction Force, Tension in Strings, Contact Forces, Tangential Reaction Force, Spring Forces, Variable Forces, Hinge Forces, Frictional Force, Total Contact Force. etc.

This topic covers concepts such as Laws of Friction, Friction on Inclined Plane, Friction, Static Friction, Angle of Friction, Kinetic Friction, Graph of Frictional Force, Coefficient of Friction, Friction on Single Block, Angle of Repose, etc.

This topic covers concepts such as Friction in Circular Motion, Maximum Velocity in Horizontal Circular Track, Maximum Velocity in Inclined Circular Track, Minimum Velocity in Inclined Circular Track, Dynamics of Circular Motion, etc.

This topic covers concepts such as Free Body Diagram, Motion of Connected Bodies, and Motion on Inclined Plane.
