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frozen7
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5. The energy En of an electron at the nth orbit in the hydrogen atom is given as:
En = - (13.6 / n2 ) eV where n = 1,2,3, . . . . .
a, If an electron is at n=3, how many spectral transition lines are possible
if it falls to the ground ?
For part a, what does it mean by "how many spectral lines"?
En = - (13.6 / n2 ) eV where n = 1,2,3, . . . . .
a, If an electron is at n=3, how many spectral transition lines are possible
if it falls to the ground ?
For part a, what does it mean by "how many spectral lines"?