PHYSICS: Oscillations, SHM, Waves (AP-Physics-1,IIT,NEET)

PHYSICS: Oscillations, SHM, Waves (AP-Physics-1,IIT,NEET) udemy course

60 Lessons | 8.4 hrs. Its covers simple harmonic motion, parallel axis theorem, Rolling kinetic energy.

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.