Section 11-1 11-2 11-3: Work and power Section 11-4 11-5 Work done by a variable force Section 11-6 11-7: Kinetic energy ar Kinetic energy in rotational motion Chapter 12: Energy 2: potential energy Section 12-1 Conservative forces Section 12-2. Potential energy Section 12-3 12-4 Conservation of mechanical energy Section 12-5 12-6 Conservative system Week g Chapter 13: Energy 3: conservation of energy Section 13-1 13-2 Internal energy Section 13-3 13-4: Conservation of energy in a system of particles Section 13-5 Center-of-mass energy Section 13-6. Energy transfer by heat Chapter 14: Gravitation Section 14-1 14-2 14-3: Newton's law of universal gravitation Week 10th Chapter 14: Gravitation Section 14-4 14-5 14-6: Gravitational potential energy The motion of pla Chapter 15: Fluid statics Section 15-2 15-3 Section 15-4 Pascals principle and Archimedes principle Section 15-5 Measurement of pressure Week 11th Chapter16: Fluid dynamics Section 16-1 16-2 Section 16-4 Applications of Bernoullis Equation Chapter 17: Oscillations Section 17-1 17-2 17-3: The simple harmonic motion Section 17-4 Energy Section 17-5 Application of SHM Section 17-6 SHM and uniform circular motion Section 17-7 Damped harmonic motion Week 12 th Forced oscillation Chapter 18: Wave motion Section 18-1 18-2: Types of waves Section 18-3 Traveling waves Section 18-4 18-5 The wave equation ection 18-6 Energy in wave motionSection 11-1 11-2 11-3: Work and power Section 11-4 11-5: Work done by a variable force Section 11-6 11-7: Kinetic energy and work-energy theorem Section 11-8: Kinetic energy in rotational motion Chapter 12: Energy 2: potential energy Section 12-1: Conservative forces Section 12-2: Potential energy Section 12-3 12-4: Conservation of mechanical energy Section 12-5 12-6: Conservative system Week 9th Chapter 13: Energy 3: conservation of energy Section 13-1 13-2: Internal energy Section 13-3 13-4: Conservation of energy in a system of particles Section 13-5: Center-of-mass energy Section 13-6: Energy transfer by heat Chapter 14: Gravitation Section 14-1 14-2 14-3: Newton’s law of universal gravitation Week 10th Chapter 14: Gravitation Section 14-4 14-5 14-6: Gravitational potential energy Section 14-7: The motion of planets Chapter 15: Fluid statics Section 15-1: Fluid and solid Section 15-2 15-3: Pressure Section 15-4: Pascal’s principle and Archimedes’ principle Section 15-5: Measurement of pressure Week 11th Chapter16: Fluid dynamics Section 16-1 16-2: The equation of continuity Section 16-3: Bernoulli’s Equation Section 16-4: Applications of Bernoulli’s Equation Chapter 17: Oscillations Section 17-1 17-2 17-3: The simple harmonic motion Section 17-4: Energy Section 17-5: Application of SHM Section 17-6: SHM and uniform circular motion Section 17-7: Damped harmonic motion Week 12th Section 17-8: Forced oscillation Chapter 18: Wave motion Section 18-1 18-2: Types of waves Section 18-3: Traveling waves Section 18-4 18-5: The wave equation Section 18-6: Energy in wave motion