Laws of Motion & Work, Energy and Power
Physics Solutions from Chapter -1 - Laws of Motion & Work, Energy and Power
This chapter covers topics such as Conservative Forces, Conservation of Mechanical Energy, Elastic and Inelastic Collisions in One and Two Dimensions, Kinetic Energy, the Law of Conservation of Linear Momentum and its Applications, etc.
Practice Other Topics from Laws of Motion & Work, Energy and Power
This topic covers concepts such as Linear Momentum, Free Body Diagram, Conservation of Linear Momentum, Conservation of Linear Momentum of Two Particles, Explosion of a Bomb at Rest.
This topic covers concepts such as Friction, Static Friction, Kinetic Friction, Coefficient of Friction, Friction on Single Block.
This topic covers concepts such as Laws of Friction, Graph of Frictional Force, Laws of Static Friction, Laws of kinetic friction, Cause of friction, Limiting friction.
This topic covers concepts such as Cause of Rolling Friction, Direction of rolling friction.
This topic covers concepts such as Work, Work Done by a Constant Force, Condition for Zero Work Done, Condition for Maximum Work Done, Condition for Minimum Work Done.
This topic covers concepts such as Kinetic Energy of a moving body, Relation of kinetic energy & momentum.
This topic covers concepts such as Work Energy Theorem, Modified work energy theorem, Work energy theorem for a constant force, Work energy theorem for a variable force.
This topic covers concepts such as Potential Energy, Force and Potential Energy, Calculation of Potential Energy from Conservative Force, Calculation of Conservative Force from Potential Energy, Work Done by Conservative Forces and Potential Energy.
This topic covers concepts such as Conservative and Non-conservative Forces, Mechanical Energy, Force and Potential Energy, Graph of Potential Energy, Position Dependence of Conservative Force and its Potential Energy.
This topic covers concepts such as Non-Conservative Force, Work done by conservative force, Net work done in a loop.
This topic covers concepts such as Power, Power Due to Constant Force, Instantaneous Power, Average Power.
This topic covers concepts such as Collisions, Inelastic Collision, Head-on and Oblique Collisions, Perfectly Inelastic Collision, Head-on Elastic Collision.
This topic covers concepts such as Tension in Strings, Dynamics of Circular Motion, Vertical Circular Motion, Vertical Circular Motion with a Massless String, Condition of Completing the Vertical Circle with Massless String.
