Both the nucleus and the atom of some element are in their respective first excited states. They get de-excited by emitting photons of wavelengths `lambda_(N) ,lambda_(A)` respectively. The ratio `(lambda_(N))/(lambda_(A))` is closest to :A. `10^(-6)`B. `10^(-1)`C. `10^(-10)`D. 10

Both the nucleus and the atom of some element are in their respective

1.	Both the nucleus and the atom of some element are in their respective first excited states. They get de-excited by emitting photons of wavelengths `lambda_(N) ,lambda_(A)` respectively. The ratio `(lambda_(N))/(lambda_(A))` is closest to :A. `10^(-6)`B. `10^(-1)`C. `10^(-10)`D. 10
Answer» Correct Answer - C

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Both the nucleus and the atom of some element are in their respective first excited states. They get de-excited by emitting photons of wavelengths `lambda_(N) ,lambda_(A)` respectively. The ratio `(lambda_(N))/(lambda_(A))` is closest to :A. `10^(-6)`B. `10^(-1)`C. `10^(-10)`D. 10

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