Introduction The constant of Stefan Boltzmann is used to calculate the heat amount that is radiated by the blackbody. It preoccupied all the radiant energy that strikes it and releases the total radiated energy. In understanding the constant of Stefan Boltzmann's law, the blackbody is crucially important because that discusses the amount of power the sun provides off the provided temperature. This law constantly helps in analysing and examining the amount of heat and energy released by the earth into space. It permits scientists to examine and identify the amount of hotness of the sun that is based on the ... Read More

Introduction Statistical physics is defined as the physics plot which has taught humans with multiple practical modules. Statistical physics utilises the procedures of statistics and probability theory. The mathematical tools especially help for managing large populations and mitigating the problems of physics. Statistical physics help in illustrating the wide fields with the inherent stochastic nature. The main purpose of statistical physics is to clarify the matter properties concerning physical laws governing the motion of atoms. Statistical physics illustrates and quantitatively discusses super fluidity, turbulence, superconductivity, a collective condition in plasma and solids and the structural characteristics of a liquid. What ... Read More

Introduction Statistical mechanics is widely considered to be a major pillar of modern physics. This topic is useful in the study of a physical system with multiple degrees of freedom. This particular approach is considered probability theory, statistical methods and microscopic physical laws. The term statistics mechanics was first postulated by J. Willard Gibbs in 1884. This mechanics is highly advantageous in obtaining the exact approach that is needed to be taken to connect the thermodynamic quantities to microscopic behaviour. Statistical Mechanics: Definition This is the sub-division of the theoretical physics that studies the sausage of the probability theory and ... Read More

Introduction There are numerous kinds of friction out there and one such friction is static friction which tends to keep an object in a state of rest. This friction is faced by people when they try to put the body in a state of motion over a surface. This force however does not trigger a movement between a body and the surface it is on. It can be termed as a force of friction that balances the force that is being applied to the object for a particular duration. Static Friction − Definition Friction is a force that hinders or ... Read More

Introduction The energy of the machinery body can be transferred to other objects to move. Transferring the energy to other body particles is in the form of force. The actual amount of energy that is transferred by the help of inside and outside forces to move to another object is considered as work as well as work done. Therefore, the relation between the work and energy in physics is direct and the difference between these two factors can be seen in the kinetic energy of a particular object that is work done by the specific object. Relation between Work and ... Read More

Introduction Viscosity is used for the measurement of the thinness and thickness of the fluid. On the other hand, density measures the space between two particles of a fluid. Generally, with the increase in temperature, the particles of the fluid fall apart. Thereby, resulting in a decrease in fluid density. Decreases in fluid density affect the viscosity of the liquid. The low density of fluid results in a lowering of the viscosity of the fluid and thereby transforming fluid into a less viscous fluid. The viscosity and density is an essential factor as they help to compare different fluids. The ... Read More

Introduction There relation of torque with the speed of an object is an important part of physics as it is integrally connected to the motion and rotating capability. The relation between these two components is integrally and very much connected to the power of the object. The value of torque is often extracted by “Power/ Speed.” This statement is the most basic and necessary information to know about the relation between speed and torque. What is Torque? Torque is a significant product of the radius of rotation and force. As a result, in the case of an increasing radius, the ... Read More

Introduction Torque refers to an equivalent to the rotational properties in the linear force of the machinery body. Power denotes the work done in a particular duration of time. The inner relation between power and torque in terms of machinery aspects is directly proportional. The power of the machinery particles that are continuously rotating this also denoted as a scholarly product of torque as well as angular velocity. In any kind of rotary motion, measuring the relation between the power and torque of the machinery body is derived from the comparison of the linear equivalent. Relation between Torque and Power ... Read More

Introduction Both the aspects of the momentum and kinetic energy are crucial in the field of physics, as momentum is said to describe the relationship with certain specified aspects. These aspects are speed, mass and direction for a concerned object having considerable mass. On the other hand, kinetic energy is the energy within a mass associated with motion. The energy within the body is inherited due to the motion exerted on a body. Kinetic energy is stated as the potentiality to conduct work. Definition of Kinetic energy In the subject of physics, several types of energies are noticed that are ... Read More

Introduction The units of the kilogram and Newton are ubiquitous in their uses, but they are used to measure very different aspects associated with the subject of physics. However, in order to know the relationship between the units of kg and Newton, one needs to have an idea of the unit. A unit is stated to be a device that is invariably used in defining the standards of measurements of several physical quantities. It is used for the specified function of forming a relationship of the standard values. In many scientific experiments, the notions of units are essential in positing ... Read More