A) The energy gap between the consecutive energy orbits decreases as the value of' ??n?? increases
B) The smallest wavelength in any spectral series corresponds to \[\alpha \]-line in that series.
C) Each spectral series is bounded by minimum and maximum wavelengths and the range follows a continuous distribution as given by Bohr's theory.
D) Kinetic energy of the electron decreases, whereas the potential energy increases as the value of "n" increases.
Correct Answer: B
Solution :
[b] CORRECT INCORRECT CORRECT:- Longest \[\lambda \] CORRECT statement 4. CORRECT. \[PE\propto -\frac{1}{{{n}^{2}}}\] \[KE\propto \frac{1}{{{n}^{2}}}\] Therefore PE with proper sign will increase with increase in value of n whereas KE will decrease.
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