Newton’s laws of motion

Physics is a mathematical field of study. There is a mathematical foundation for the fundamental notions and principles. Throughout our physics studies, we will come across a variety of topics that have a mathematical foundation. While we will place a strong focus on the conceptual nature of physics, we will also pay close attention to […]

A rigid body is a simplified version of a solid body that does not deform. In other words, regardless of external forces acting on a rigid body, the distance between any two points remains constant over time. An example of a rigid body is a metal rod. When a rigid body is in pure rotational

On occasion, one or even more objects move in a frame that is non-stationary concerning another observer, and we must deal with this situation. For example, a boat crossing a river flowing at a certain velocity or an aeroplane flying through the air while experiencing wind. In all of these instances, we must consider the

When a body moves in a plane or a straight line, three characteristics – distance, velocity, and acceleration – are employed to characterise its motion. The term “distance” or “displacement” is self-evident. The rate of change of position is represented by velocity, whereas the rate of change of velocity is represented by acceleration.  Displacement, velocity,

Before we get into the properties of Eigenvalues, let us have an overview of Eigenvalues.  Eigenvalues are frequently introduced in the subjects of linear algebra and matrix theory. Previously, however, they were used in the study of quadratic forms and differential equations.  Eigenvalues and Eigenvectors are regularly introduced to students in linear algebra courses focused

Introduction: What is Projectile Motion? As the name suggests, projectile motion is the movement of an object that is launched into the air. Given the initial velocity and angle of projection, it is a problem that has been studied since ancient times. The solution is not obvious and can be approached in various ways. Galileo

The product rule is used to differentiate a function in Calculus. The product rule is employed when a function is the product of two or more functions. The derivatives of any two or more functions can be found using the Product Rule if the problems are a combination of two or more functions. D h(x)

A differential equation is an equation that has a function, such as F(x), and one or even more derivatives, such as dy/dx. The physical quantities are commonly represented by the functions of a differential equation, while the rate of change of the physical quantities is given by the derivatives. A differential equation is a mathematical

Measuring the motion of objects, from a ball to a steam train, is an important component of physics. Plotting an object’s position, velocity, acceleration, and other relevant data is part of this. The graphs of one type of motion can lead to graphs of other types of motion. The velocity-time graph, for example, is derived

Pascal’s Law and Its Applications Pascal’s Law stipulates that pressure applied to any part of a liquid in a container can be transferable without loss to other liquid components. Hydraulic jack, hydraulic brake, and hydraulic press are just a few of the applications under Pascal law. Pascal Law Formula Blaise Pascal put forward this law