In this article, we will learn about Inertia, its definition, and types of inertia like the inertia of rest, motion, and direction along with the examples of each type of inertia. Understanding the Principle of Inertia Ancient Views on Motion…
Ever wondered why a block of wood remains stationary on a smooth surface or why your book doesn’t slide off the inclined desk? That’s static friction in action. In this article, learn about some static friction examples. Static friction plays…
In this article we will understand how to calculate work done by friction. Force of friction opposes motion of objects when they come into contact with each other. We also know that work done is equal to change in energy…
In this article learn Learn how to find velocity given mass and distance using fundamental physics concepts like kinetic energy, work, and Newton’s Second Law. Key Takeaways Understanding the variables Before we proceed, it’s essential to define the variables we’ll…
Learn about frames of reference in physics. It explains that a frame of reference is a body that is considered fixed for a given problem and with respect to which the positions of all other bodies are specified. Frames of…
Welcome to this blog post that teaches physics students about the concept of uniformity in time. In physics, time plays a crucial role as it is a fundamental measurement for tracking events and changes. In this post, we will explore…
The principles of isotropy and uniformity are essential to understanding the behavior of physical phenomena in space. When we are close to massive objects like planets or stars, things behave differently in different directions, but if we were far away…
Mass and weight are terms we use frequently and interchangeably. However, have you ever thought over the fact why an object weighs less on the Moon than on Earth? You would be able to answer this question if you understood…