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

DescriptionThis course is on the topic of Oscillations, SHM, Waves and is for students in Upper Secondary School taking Physics.Its covers simple harmonic motion, parallel axis theorem, Rolling kinetic energy.Course ContentPeriodic motionHarmonic and non-harmonic motionSimple Harmonic MotionDifferential Equation of linear SHMAcceleration for SHMSome important termsVelocity in SHMDisplacement in SHMDifferent values of Velocity in SHMDifferent Values of  displacementRelation Between SHM and UCMKinetic EnergyPotential EnergyTotal EnergyGraphical Representation of Displacement From Extreme PositionGraphical Representation of DisplacementGraphical representation of displacement from extreme position(Reshoot) Graphical representation of Velocity from extreme positionGraphical representation of acceleration from extreme positionGraphical representation of displacement from mean positionGraphical representation of velocity from mean positionHow to Prove SHMHorizontal Spring Mass SystemVertical Spring Mass SystemSpring Mass System in LiftGraphical representation of acceleration from mean positionSeries combination of springsParallel combination of springsPrinciple of superposition of SHMSpring mass system in electric fieldSpring mass system in liquidSpring mass system in partially immersed liquidAnti parallel combination and Reduced mass systemCutting of SpringsSHM in a tunnel that passes through diameterSHM in a tunnel at any random pointOscillation of liquid in a U shaped tubeSimple PendulumSHM in a Simple PendulumTime period of a simple pendulumCalculate effective acceleration due to gravityFree Oscillations, Damped Oscillations and Forced OscillationsResonant oscillation and coupled oscillationsThese are fantastic concepts that will lay a strong theoretical foundation for you and help you with competitive exams like IIT JEE, NEET , CET, Foundation.