Electric potential and potential energy

To learn about electric potential derivation, we need to know the electrostatic potential. Potential is the amount of work done to bring a unit positive charge from infinity to that point. Line integration of electric field Line integration of an electric field is the amount of work done to move unit positive charge along the […]

Point charges, similar to electrons, are among the key construction squares of issue. Additionally, round charge movements (like charge on a metal circle) make external electric fields definitively like a point charge. The electric potential on account of a point charge is, henceforth, a case we need to consider. We can use math to notice

The amount of work needed for moving a unit of charge from one reference point to another specific point against an electric field is known as electric potential. The SI unit of electrical potential is volt, and there is a formula to convert electric potential to point charge electric dipole. A dipole’s electrical potential relies

Electric potential is defined as the amount of work required to move a unit charge from a reference point to a particular point against the electric field. When a body moves against the electric field, it gains a certain amount of energy, called the electric potential. The electrical potential of the charge is produced by

The electric potential is a metric for how much energy is stored per unit of charge. Electric potential energy is the amount of energy gained when an object moves against an electric field. For each charge, the electric potential is determined by dividing the potential energy by the charge quantity. For a uniform field, the

Introduction An electric dipole is a pair of equal and opposite electric charges with non-coinciding centers.  Electric dipole that is induced in an atom, in which the centre of the negative cloud of electrons has been displaced slightly away from the nucleus by an external electric field.  The atom  loses its dipolarity in the situation

Eigenvalues and Eigenvectors are used in linear algebra in mathematics, but in physics, these are widely used for vibration analysis, simple harmonic oscillators, quantum mechanics, matrix diagonalisation, and atomic orbitals. In particular, molecular physics uses Eigenvalues as ionisation potentials.  The physical system has a wave function. Schrodinger’s equation is the solution to obtain the specific

A solid body has tightly packed atoms that won’t move from one position to another like fluids. However, some solids exhibit elastic properties, which means that their dimensions can be changed by applying force. Once the deforming forces are withdrawn, the body will return to its shape. Elasticity plays a significant role in mechanical physics,

Potential difference is the key to how current flows. Definition of electric potential says that the amount of work is needed to bring a positive unit charge from infinity. If there is a difference between the potential of two points, a potential gradient is generated.   What is the potential difference? Potential difference can be defined

Electromotive force is present in various electrical device cells, batteries, etc. This force does not operate like the ordinary force that we have learnt in mechanics. Inside an electrical device, different forms of energy like chemical energy in the case of batteries or mechanical energy in the case of a generator get converted to electrical