
Home > Courses > 1P21_Crandles > WorkEnergyMomentum 
Mechanics and Waves
 Introduction
 Kinematics: motion in one and two dimensions
 Dynamics
 Rotational motion
 Work, energy, momentum
 Work and Kinetic Energy
 work done by constant force along a straight path
 Work Kinetic Energy Theorem
 work done along a curved path
 work done by a variable force
 Conservative vs. NonConservative Forces: Potential Energy
 Conservation of Mechanical Energy
 Power = rate of doing work
 Linear momentum
 momentum of a particle and a system of particles
 impulsemomentum theorem
 Conservation of Linear Momentum
 Collisions
 totally inelastic collisions (colliding particles stick together)
 elastic collisions: (both p_{system} and E_{system} are conserved
 inelastic collisions (p_{system} is conserved; E_{system} is NOT conserved)
 collisions in 2D and 3D
 Further Questions
 Oscillations and waves
 