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SANKET HAQUE
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Suppose we have an isolated H atom. We are looking its electronic transition. If we plot the intensity of the radiation vs frequency then what will be the nature of the curve and why??
SANKET HAQUE said:Suppose we have an isolated H atom. We are looking its electronic transition. If we plot the intensity of the radiation vs frequency then what will be the nature of the curve and why??
An electronic transition of an atom refers to the movement of an electron from one energy level to another within the atom. This movement can occur when the atom gains or loses energy, such as through absorption or emission of light.
An atom can undergo an electronic transition through various processes, such as absorption of light, collisions with other particles, or changes in its environment. These processes can cause the atom's electrons to gain or lose energy, resulting in a change in their position within the atom.
The likelihood of electronic transitions in atoms is influenced by several factors, including the energy of the incoming radiation or particles, the arrangement of the atom's electrons, and the strength of the forces holding the electrons in their current energy levels.
When an electron undergoes an electronic transition, it releases or absorbs energy in the form of electromagnetic radiation. This energy is specific to each transition and corresponds to a specific wavelength of light, resulting in the appearance of spectral lines in an atom's emission or absorption spectrum.
Yes, electronic transitions in atoms can be controlled and manipulated through various methods, such as applying an external electric or magnetic field, changing the temperature or pressure of the environment, or using specialized techniques in atomic and molecular physics. This allows scientists to study and manipulate the properties of atoms and their electrons for various applications in technology and research.