In this article learn how to calculate angular acceleration. We study angular acceleration when we study rotational motion. Angular acceleration is a concept that students must understand in order to understand the dynamics of objects moving in circular paths, from…
In this article, you will learn how to find velocity without time. Here I will walk you through the concept, and equations that are to be used and will provide examples to solidify your understanding of this essential concept. Velocity…
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, we will learn an easy concept of How to find acceleration with mass and force? To understand this we will first briefly look into Newton’s Second Law of Motion. We will also learn the essential formulas, units,…
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…
In this article we will learn about acceleration time graph. Graphs are crucial in physics as they visually represent, analyze, and interpret relationships between physical quantities. The Acceleration-Time graph provides information about an object’s change in velocity, just as the…
Average velocity is one of the basic concepts students are taught while studying kinematics. Average velocity describes the rate at which an object changes its position over time. It is a vector quantity, which means that it has both a…
In this article, we will learn about the concept of negative acceleration or deceleration in physics. This article covers its definition, causes, effects, and impact on an object’s motion and position. Definition of Acceleration Acceleration is a vector quantity that…