## Plastic Deformation Mechanism

Deformation is the change of an object shape, brought about by temperature or force. This change normally occurs when heat or pressure is applied on the object. While this term is commonly used for thermoplastics and metals, the truth is, a number of other materials can undergo through these changes.…

## Distinguishing Plastic and Elastic Deformation

Deformation is the change of an object shape, brought about by temperature or force. Any solid material can breakdown under appropriate force. Even so, a couple materials, like aluminum and steel, at first respond by twisting when subjected to pressure. As pressure increases, this kind of objects breakdown at a certain…

## Boyle’s Law in Different Fields

One of the key gas laws which we have learnt during our JC Physics tuition classes is the Boyle's law. It aids us to closely comprehend the interrelation of the physical forces of temperature, pressure, and volume. In this article, we shall look at real life examples of the Boyle’s…

## Coefficient of Restitution Explained

The restitution coefficient is an important parameter relating to the objects’ collision. In English, the term restitution defines the act of reinstating something that was stolen or lost, while on the other hand, coefficient signifies a number that describes how much. Hence, by definition, the restitution coefficient is a number that…

## How Does Light Travel

The Cosmic Velocity Limit Referring to Einstein's unique relativity theory, the velocity of light is constant in a vacuum, and that can’t be exceeded by any object. In other words, nothing can travel at a speed higher than that of light. It’s the cosmic velocity limit for data exchange. The…

## Ferromagnetic Materials and their Properties

Ferromagnetic materials are substances those are powerfully magnetized in the magnetic field direction when exposed to one. Examples of these materials include cobalt, nickel, iron, and rare earth metals. This article will focus on ferromagnetic materials and their respective properties. Ferromagnetism is the capability by which materials form a permanent…

## Perpetual Motion Machines

Perpetual Motion is the kind of movement that continues without any energy supply from external sources. Nevertheless, it’s hard to determine any motion as completely perpetual. The word perpetual signifies 'indefinite and uninterrupted'. Hence, a perpetual motion machine can be defined as a theoretical machine that operates without absorbing power.…

## Seebeck Effect and Applications Explained

The Seebeck effect in semiconductors and conductors has been explained clearly to give the reader comprehensive understanding. Understand how the effect has been utilized to generate power, build thermal sensors, and some innovative areas of its application. The temperature difference conversion between two non-equivalent electrical semiconductors or conductors straight into…