Oscillations

This topic provides the study of periodic and oscillatory motions to understand the concept of frequency and displacement with examples. It also explains the formula applied for a periodic motion and function.

In this topic, we will read about the simple harmonic equation (SHM) in detail. Through elaborate diagrams, we will discuss its characteristics. In addition, we will derive its equation and study graphs on SHM.

In this topic, we will try to visualise the simple harmonic motion as a projection of uniform circular motion. Furthermore, we will discuss some real-life examples that describe this concept in detail.

In this topic, we will read about the displacement, velocity, and acceleration of a simple harmonic motion. It discusses the equations related to these terms. In addition, it also helps us explore the relationship between the terms.

This topic explains the kinetic and potential energies applied to harmonic motion with derivations. It also defines the impact on frequency due to these energies.

We will study the oscillating systems in this topic. We will also go through various types of oscillations. Moreover, we will discuss the characteristics of different oscillatory motions through some graphs.

In this topic, we will read about the damped harmonic motion in detail. We will also get information about damped force and learn the equation of damped oscillations. It also explains free and forced oscillations in brief.

This topic explains free oscillations and resources. It also explains small damping, resonance and example based on frequency through the visualized explanation.