In this article we will learn about the comparison between Coulomb’s laws and Biot-Savart’s laws. We will look at both similarities and difference between Coulomb’s Law and Biot-Savart’s law. One is for static charges and another one is for moving charges. However both … Read more
Electric forces between two charges depend on1. the distance between the charges2. amount of charge they both have3. medium in which they are kept4. Nature of the charges Elementary particles form the matter surrounding us. The three most common elementary particles are electrons, … Read more
The voltage or electric potential difference isthe difference in electric potential between two points. Voltage is defined as the work done per unit of charge to move a test charge between the two points in an electric field. Mathematically, V = φ2 – … Read more
There are four fundamental forces in nature which we experience every day:- The strong force The weak force The gravitational force The electromagnetic force These four fundamental forces govern everything that happens in the universe. What is gravitational force? According to Newton’s law … Read more
Solve this Coulomb’s Law quiz problems to improve your problem-solving abilities. This quiz consists of 12 multiple choice questions. Here you can find both conceptual and numerical questions in the topic Coulomb’s Law. You can find the solutions of selected questions after you … Read more
An atom is the smallest unit that makes up an element, but it is not the smallest or fundamental particle of matter. Atoms itself are made up of various particles like electrons, neutrons and protons. Like larger masses which we study in Newtonian … Read more
We already know what are vectors in physics and How to represent vectors graphically. In this article, we will look at the way to find vector components from magnitude and angle. Finding vector components from magnitude and angle Let us proceed further with … Read more
An electrical current is the movement of charged particles, such as electrons and ions, through an electrical conductor. In a conductor electric charges do not start to move on their own. They move inside a conductor only if they are forced to move … Read more
