2. There are six possible transitions (e.g.: E4E₂) that involve the four lowest energy levels, with three of them produc
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2. There are six possible transitions (e.g.: E4E₂) that involve the four lowest energy levels, with three of them produc
question 1.; the 2nd way is more familiar: calculate the wavelengths of all six possible transitions.) 121.6 mm 164.1nm. 25.6 nm
2. There are six possible transitions (e.g.: E4E₂) that involve the four lowest energy levels, with three of them producing emission lines at 121.6 nm, 164.1 nm, and 25.64 nm. Find the transitions that produce these lines. (Hint: there are two ways you can do this; the 1" way involves less work: first calculate the energy of these lines and then comparing them to the transitions involving any two of the four lowest levels that you calculated in