Category: 01. Kinematics

Kinematics is a branch of classical mechanics that provides us with the tools to describe motion. It can be used to calculate the velocity, acceleration, and position of an object. Examples from everyday life such as walking or throwing a ball demonstrate how kinematics is applied in real-world scenarios. We hope you now have a…

There are countless examples of kinematics in the world around us. Here are just a few:

Kinematics viscosity is a measure of how resistant to flow fluid is. It is a function of the fluid’s properties, such as density and surface tension, and the size and shape of the container. Viscosity is typically measured in units of centipoise or poise.

In two-dimensional kinematics, we are concerned with the motion of objects in a plane. This can be difficult to visualize, so let’s consider a simple example. A car is driving down a straight road at a constant speed. The driver then applies the brakes and the car comes to a stop. We can describe this…

One-dimensional kinematics is the branch of mechanics that deals with the motion of objects in a straight line. It is a relatively simple form of kinematics and can be applied to problems involving objects moving at constant speeds, or objects undergoing acceleration. Some of the key concepts in one-dimensional kinematics include distance, displacement, velocity, and…

Kinematics is the branch of mechanics that deals with motion without taking into account the forces that cause it.  It is an essential aspect of engineering and physics, used to describe, predict and understand motions. This includes the motion of objects as well as the motion of particles. There are three types of kinematic equations:…