Physics

The Law of Elasticity was developed by the English scientist Robert Hooke in 1660, who stated that for relatively modest deformations of an object, the displacement or magnitude of the deformation is directly proportional to the force or load applied. It will revert to its normal size and shape after being relieved of the load. […]

General Physics is the study of matter, energy, and how they interact. It is one of the most important branches of science. Science describes how matter works, changes, and forms. It focuses on the tiniest particles in the universe. Physics has a profound impact on our lives every day.  Body History of physics The name

Simple Harmonic Motion (SHM) is an intriguing type of movement or motion. It is often used in the oscillating movement or motion of objects. The SHM is frequently observed in spring. Springs have inherent “spring constants or force constant” which define their stiffness. Hooke’s law is a well – known law which explains the SHM

In modern physics, the application of eigenvectors is very important. The exact location of the electron can be found with the help of the eigenfunction. In geometrical application, the eigenvector representing nonzero real numerical eigenvalue points in a direction that shows the stretched transformation, and the eigenvalue is the factor by which it is stretched.

Hooke’s Law relates the stress and strain for small deformations. Hooke’s Law is not a universal principle, and therefore it holds some disadvantages of using it in several problems. Hooke’s Law has several applications such as spring scale, balance wheel, or manometer. It is also considered a founding principle of molecular mechanics, seismology, and acoustics. 

The derivations of physics formulas are explained in great depth so that students may grasp the topic more easily. Physics is a discipline of study that is chock-full of fascinating ideas and calculations. To succeed in the course, students must fully comprehend the derivation of all physics formulas. How to Derive a Formula is an

De Broglie-Bohm theory was first discovered by Louis de Broglie in 1927 and then later by David Bohm in 1952. It is often referred to as Bohmian mechanics, Pilot Wave model, or Hidden Variable Theory. It is also a part of what we call the hidden variable interpretation of Quantum Mechanics. De Broglie-Bohm’s theory introduces

Louis de Broglie, a French physicist, described the theory of the atomic structure in 1923. By using a sequence of alternatives, de Broglie hypothesised particles to hold properties of waves. After some years, de Broglie’s hypothesis was rechecked by scientists firing electrons and rays of light through slits. Scientists discovered that the electron stream acted

C.J Davisson and L.H Germer proved the wave nature of the electrons through their experiment. Their experiment of electron diffraction arrangement confirms the wave nature of a beam of electrons and the de Broglie relation of wavelength.  Later, in 1988, the wave nature of a beam of electrons was again verified according to a double-slit

Physics is a branch of science that aims to develop and test physical universe hypotheses through experiments. The breadth of these theories varies, and they can be divided into numerous branches. Classical mechanics is a theory of the physics of forces acting on bodies that includes solids, gases, and fluids as sub-fields. It is commonly