Rotational Motion

Rotational objects rotate and never submit to gravity unless an external force acts over them. This particular phenomenon by physics is explained as angular momentum. To be precise, it is explained as the conservation of angular momentum. The conservation of angular momentum is a physical property of a spinning system. It is witnessed when any […]

When you attempt to hop onto a bicycle and balance it without putting down the kickstand, you might presumably fall off the bicycle. But at the initiation of pedalling the bicycle, the wheels of the bicycle acquire angular momentum. On the subject of physics, the analogue of rotation of linear momentum is known as the

Torque The rotating equivalent of linear force is defined as torque. The rotational axis is the point about which an item rotates. Torque is sometimes referred to as the turning effect, rotating effect, force moment, or moment. A point object is defined as a body whose magnitude is less than the movement of an object

In climatology, wind is the movement of air relative to the Earth’s surface. Winds are important in determining and managing the environment and weather. Wind is caused by horizontal and vertical pressure variations (gradients) in the atmosphere. As a result, wind distribution is closely related to pressure distribution. Winds near the Earth’s surface usually flow

What is Torque? Torque is a measurement of the force required to rotate an object around an axis. In linear kinematics, force causes an object to accelerate; in angular kinematics, torque causes an object to accelerate. The understanding of Torque is innate. People are aware of its existence but might struggle to put it in

Latest: NEET 2024 Paper Analysis Recommended: NEET Rank Predictor 2024 See more: NEET Result 2024 Introduction As we are familiar with the concept of electric dipole, let us now look at the concept of torque on a dipole which is a simple topic and a scoring one. A dipole is a magnetised pole with an equal amount of positive

We all have seen a door rotating about its hinges, the helicopter’s blade circling the nut, the wheels of a racing car spinning at immense speeds, etc. All these phenomena have one thing in common, Rotational motion.  But what causes rotational motion? Any change in the state of a body, either putting it into motion

Introduction Have you ever had a tough time unscrewing the cap off of something? Maybe a bottle or even a jar? Perhaps you were trying to open a jar of pickles or olives, and you used way too much force, and the resulting torque screwed the lid tighter. Just when you think you are going

In this article, we will look at the definition of torque and how it is calculated, learn about uniform magnetic fields and Fleming’s right-hand rule and left-hand rule, and also understand torque in a uniform magnetic field. Torque Depending on the subject of study, torque is also known as moment, moment of force, rotating force,

Objects are made up of particles. When in rotational motion, these particles move in a specific manner, and it is important to study how these particles move with respect to each other. A rigid body is a collection of particles moving in sync, and the body does not deform when in motion. Understanding rotational motion