Description

This course is on the topic of Oscillations, SHM, Waves.

Its covers simple harmonic motion, parallel axis theorem, Rolling kinetic energy.

Course Content

• Periodic motion

• Harmonic and non-harmonic motion

• Simple Harmonic Motion

• Differential Equation of linear SHM

• Acceleration for SHM

• Some important terms

• Velocity in SHM

• Displacement in SHM

• Different values of Velocity in SHM

• Different Values of displacement

• Relation Between SHM and UCM

• Kinetic Energy

• Potential Energy

• Total Energy

• Graphical Representation of Displacement From Extreme Position

• Graphical Representation of Displacement

• Graphical representation of displacement from extreme position(Reshoot)

• Graphical representation of Velocity from extreme position

• Graphical representation of acceleration from extreme position

• Graphical representation of displacement from mean position

• Graphical representation of velocity from mean position

• How to Prove SHM

• Horizontal Spring Mass System

• Vertical Spring Mass System

• Spring Mass System in Lift

• Graphical representation of acceleration from mean position

• Series combination of springs

• Parallel combination of springs

• Principle of superposition of SHM

• Spring mass system in electric field

• Spring mass system in liquid

• Spring mass system in partially immersed liquid

• Anti parallel combination and Reduced mass system

• Cutting of Springs

• SHM in a tunnel that passes through diameter

• SHM in a tunnel at any random point

• Oscillation of liquid in a U shaped tube

• Simple Pendulum

• SHM in a Simple Pendulum

• Time period of a simple pendulum

• Calculate effective acceleration due to gravity

• Free Oscillations, Damped Oscillations and Forced Oscillations

• Resonant oscillation and coupled oscillations

These are fantastic concepts that will lay a strong theoretical foundation for you and help you with competitive exams like IIT JEE, NEET , CET, Foundation.