Rotational Motion

A body is said to be in circular motion when the body moves at a definite distance from a fixed point along a circular path. The fixed point acts as the centre and the fixed distance acts as the radius of the circular path that the body is travelling. A body undergoing circular motion constantly […]

Have you ever noticed the angle formed by the droplet of water on a leaf’s surface? What is the significance of that angle? Let’s discuss this in the article. The name was derived because of the nature of the contact with the solid surface. The angle of contact is an important topic to further comprehend

Rotational motion is one of the most observed phenomena in the physical world. The rotating of the wheels, the spinning of an overhead fan, and even the planet we live on is rotating about its axis. Therefore, rotational motion is important in kinematics. The rotational motion of a body is dictated by a few important

We already know that circular motion may be uniform and non-uniform in its characteristics. If the tangential component of acceleration is present, the circular motion will be uniform in nature and if the tangential component of acceleration is not present, the circular motion will be non-uniform. When a particle is moving in a non-uniform circular

A satellite closely revolving near the Earth’s surface will complete a revolution around the Earth in about 107 minutes. Therefore, if a satellite is made to revolve from west to east in a close circular orbit concentric and coplanar with the Earth’s equatorial plane, from Earth, it appears to be moving. However, suppose the satellite’s

Ever thought of how significant circular motion is in explaining all circular phenomena? Right from satellites that provide information about the outer world to the vehicles that take u-turns, circular motion is everywhere. Physics classifies circular motion into two types: uniform circular motion and non-uniform circular motion. Along with this, there are two further divisions:

Satellites are the heavenly bodies or objects that orbit around larger celestial bodies such as planets or bigger stars. Satellites can be natural or artificial. A typical example of a natural satellite is the moon, which orbits the earth. An artificial satellite is man made and launched for observation, navigation or communication purposes. Artificial satellites

Friction is defined as the force that prevents the relative motion of solid surfaces, fluid layers, and material elements sliding against each other from being slowed or accelerated. Friction is a force that acts to slow the movement of two objects that are in contact with one another. The energy lost as a result of

The motion of an object along a circular path while rotating on its axis is known as circular motion. When a particle moves along the circumference of a circular path, it is believed to execute a circular motion. One of the most critical aspects of circular motion is that the direction of motion changes continuously,

Rigid bodies have the ability to move in both translation and rotation. As a result, both the linear and angular velocities must be assessed in such situations. To make these issues more understandable, the translational and rotational motions of the body must be defined separately. In this article, the dynamics of an item rotating around