A particle is said to be in motion if it changes its position with time. The particle may go straight, may move in a circular path, may spin around an axis, or may roll on the floor. Considering these different ways of changing its position, Scientists have said that a particle can have three types … Read more
Pressure is a physical quantity that has wide uses in Science, especially, in fluid mechanics and hydrostatics. Concept of pressure is necessary to know the nature of fluid flow, to measure the amount of stress that a body can handle, to get forecast of weather, to study the behavior of gases, etc. Again, in medical … Read more
In current electricity, we became to know that the flow of electric charges is electricity. Again, from Thermodynamics, we know that heat is an energy that can flow from one part to another part of a substance. You may have noticed that a wiring of copper (Cu) wire is used in our home or office … Read more
A continuously charged conductor can have three types of charge densities. We already discussed surface charge density and volume charge density in other two articles. In this article, we’re going to discuss line charge density. Here you will learn the concept, definition and formula of linear charge density and how to calculate it. Line charge … Read more
A three-dimensional conductor can have three types of charge distributions. These are Line charge distribution, surface charge distribution and volume charge distribution. Obviously, there will be three types of charge densities for these three distributions. In the other two articles, we have discussed the Linear charge density and surface charge density of different conductors. In … Read more
We get the definition of force from Newton’s first law of motion and the equation of force was derived from Newton’s second law of motion. Again, the third law gives an idea for the law of conservation of linear momentum. In this article, I’m going to discuss the definition, formula, units, dimension, types, and equations … Read more
Error is a part of measurement. In an experiment, the aim is to get accurate result, but practically it is very difficult to achieve 100% accuracy in a measurement. If the measured value differs from the actual value, there is an error in that measurement. That means, if there is no 100% accuracy, then definitely … Read more
Power factor is an important parameter of an electrical circuit. To deal with a circuit, we need to know how much power is to be supplied to its components so that the circuit works. Because the dissipation of power in a circuit may not be the same as that of real power supplied by the … Read more
Equations for the linear motion and free fall are known to all. Using these equations one can find the position, velocity, acceleration and energy of a particle moving in a straight line with a constant velocity or constant acceleration. If we throw an object at an angle with respect to the ground, it will not … Read more
We already have discussed the Power factor of an electrical circuit and how to calculate the power factor. Unity power factor can be found when an alternating voltage is applied across a pure resistive circuit. In this article, we are going to discuss the concept and formula of Unity Power factor of an electrical circuit. … Read more