Oscillations
Physics Solutions from Chapter -1 - Oscillations
This chapter covers topics, such as Periodic and Oscillatory Motions, Simple Harmonic Motion, Force Law for Simple Harmonic Motion, Oscillations of a Spring-Block System, Forced Oscillations and Resonance, and Simple Pendulum.
Practice Other Topics from Oscillations
This topic covers concepts, such as Oscillatory Motion, Time Period and Frequency, Periodic Function or Sinusoidal Function, and Periodic Motion.

This topic covers concepts, such as Extreme positions in SHM, Simple Harmonic Motion, Mean Position, Angular Frequency, Initial Phase, Amplitude, General Terms in SHM, Phase, and Condition for Two SHMs to Be in Opposite Phase.

This topic covers the concept of Circular Motion and SHM.

This topic covers concepts, such as Acceleration-Displacement Graph in SHM, Equation of Velocity in Terms of Displacement, Acceleration-Time Graph in SHM, Velocity-Time Graph in SHM, and Velocity-Displacement Graph in SHM.

This topic covers concepts, such as Restoring Force, Linear SHM, Definition of SHM, and Angular SHM.

This topic covers concepts, such as Graph of Kinetic Energy in Terms of Time in SHM, Total Energy with Displacement in SHM, Maximum Potential Energy in SHM, Graph of Kinetic Energy in Terms of Displacement in SHM, and Energy in SHM.

This topic covers the concept of Spring-Block System.

This topic covers concepts, such as Simple Pendulum, Time Period and Frequency of Pendulum, Derivation of Differential Equation for Simple Pendulum, Angular Frequency of Simple Pendulum, and Torsional Pendulum.

This topic covers concepts, such as Angular Frequency in Damped Oscillations, Damping Constant, Damped Oscillations, and Amplitude in Damped Oscillation.

This topic covers concepts, such as Forced Oscillations, Free Oscillations, Equation of Forced Oscillations, Amplitude Resonance in Forced Oscillations, and Behaviour of Forced Oscillation When Driving Frequency is Close to Natural Frequency.
