describe the common features which can be briefly explain the theoretical model of bhor
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Electrons revolve in stable orbits around the nucleus. There is no emission of radiant energy. Every orbit has a definite energy called energy shell or energy level.
An energy level or orbit has been designated as the K, L, M, N shell. An electron is said to be in its ground state when it is in the lowest energy level.
While jumping from one orbit or energy level to another, the electron either emits or absorbs energy. When the electron jumps from energy shell with higher energy to a energy shell of lower energy, the electron emits energy. But when the electron jumps from the lower energy level to the higher energy level, the electron absorbs energy.
The energy that is absorbed or emitted by the electron is equal to the difference between the energies of the two energy level (E1, E2), which is later determined by the Plank’s equation.
An energy level or orbit has been designated as the K, L, M, N shell. An electron is said to be in its ground state when it is in the lowest energy level.
While jumping from one orbit or energy level to another, the electron either emits or absorbs energy. When the electron jumps from energy shell with higher energy to a energy shell of lower energy, the electron emits energy. But when the electron jumps from the lower energy level to the higher energy level, the electron absorbs energy.
The energy that is absorbed or emitted by the electron is equal to the difference between the energies of the two energy level (E1, E2), which is later determined by the Plank’s equation.
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