It lies in a one-dimensional box that is 0.1nm long. Find the following. (1) Draw a...

It lies in a one-dimensional box that is 0.1nm long. Find the following.
(1) Draw a diagram of the energy levels of electrons up to n=4.
(2) Obtain the wavelengths of all photons that could be released when electrons are transferred from n=4 to n=1.

Expert Solution

For one dimensional electron trap, we can derive the energy of electron with the help of standing wave condition and De-broglie hypothesis. We can see different possible energy states of electron. By considering different possible transitions of electron we can calculate the wavelengths of emitted photons.

genius_generous answered 4 months ago

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