1To study concepts of Newton’s First, Second and Third laws.
2To study properties of projectile motion.
3To study Kinetic energy, Potential energy, Work energy theorem and conservation of mechanical energy.
4To study Rotational inertia of a ring, a disk and to study Torque.
5To study Period of a Torsional pendulum and Torsional spring constant. To study the sum of the Torques is Zero, the sum of the forces is zero and the force of the weight of the meterstick acts as its center of mass.
6To measure the Universal Gravitational Constant and recreate Cavendish’s historical experiment.
7To study conservation of momentum in elastic & inelastic collision, Kinetic energy is not conserved in inelastic collisions and Kinetic energy as magnetic potential energy in elastic collisions using magnetic bumpers.
8To study Impulse-change in momentum, area under a force vs time curve and different shaped force curves for elastic and inelastic collisions.
9To study the relationship between force and spring deformation, investigate both spring compression and extension and amount of energy stored in a spring.
10To Study Centripetal force, Angular velocity and Periodic motion.
11To Study How centripetal force depends on radius, mass, and speed.
12To determine acceleration due to gravity ‘g’ by bar pendulum.
13To determine acceleration due to gravity ‘g’ by Kater’s pendulum.
14To determine moment of inertia of a fly wheel.