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The process in which energy is transferred from He atoms to Ne atoms is called resonant transfer of energy and occurs only if the colliding atoms have the same number of energy levels.

a. False
b. True

Answer :

Resonant transfer of energy is a quantum mechanical process that involves the transfer of energy from helium atoms to neon atoms, provided they share the same energy levels. It underpins many vital physical phenomena like fluorescence and phosphorescence.

The resonant transfer of energy is a phenomenon typically observed in physics, particularly in quantum mechanics. In this context, the process involves energy being transferred from helium (He) atoms to neon (Ne) atoms.

This process can only occur under certain conditions, with one prerequisite being that the colliding atoms have the same number of energy levels.


Essentially, when a helium atom collides with a neon atom, if they share the same energy levels, the energy from the helium atom can be transferred to the neon atom via resonant energy transfer.

This process is significant as it underlies many important physical phenomena, such as fluorescence and phosphorescence.

To know more about helium atom visit:

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