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MECHANICS:1)Rest and motion:Kinematcs(Distance and displacement,average and instantaneous speed,average and instantaneous velocity,average and instantaneous acceleration,motion in straight line,motion in plane,projectile motion,change of frame
2)NEWTONS LAWS OF MOTION:(first law of motion,second law of motion,Newtons third law of motion,pseudo forces)
3)FRICTION:(static and kinetic friction,laws of friction,understanding friction at atomic level
4)CIRCULAR MOTION:(Angular variables,unit vectors along the radius and the tangent,acceleration in circular motion,dynamics of circular motion,circular turning and banking of roads,centrifugal force,effect of earth rotation on apparent weight.
5)WORK and ENERGY:(work and work energy theorem,work done by conservative and nonconservative forces,potential energy of acompressed or extended spring.
6)CENTRE OF MASS,LINEAR MOTION,COLISION:(Linear momentum and its conservation principle,elastic and inelastic collision,impulse and impulsive force.
7)Rotational Mechanics:(Rotation of rigid body about a given fixed line,kinematics,rotational dynamics,torque of a force about the axix of rotation,angular momentum,conservation of angular momentum,angular impulse,kinetic energy of a rigid body rotating about a given axis,power delivered and work done by torque, calculation of moment of inertia,Two important theorems-parallel axis theorem and perpendicular axis theorem,combined rotation and translation motion,rolling,kinetic energy of a body in combined rotation and translation,angular momentum of a body in combined rotation and translation.
8)Gravitation:(gravitational potential and field,relation between gravitational field and potential,variation in the value of g,planets and satellites,kepler's laws,weightlessness in a satellite,escape velocity,gravitational binding energy.
9)Simple Harmonic motion.
10)Fluid Mechanics
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