7. In Brackett's series,the largest wavelength results from the electron transmission between the two levels......... $$ n=5 $$ to $$ n=4 $$ $$ n=4 $$ to $$ n=3 $$ $$ n=\infty $$ to $$ n=4 $$ $$ n=4 $$ to $$ n=5 $$

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The Brackett series involves electron transitions where the final energy level is $$ n_{	ext{final}}=4 $$.

The largest wavelength (or the lowest energy photon) in a spectral series corresponds to the transition with the smallest energy difference. For the Brackett series, this occurs when the electron drops from the level just above $$ n=4 $$, which is $$ n=5 $$.

Thus, the largest wavelength in the Brackett series results from the transition from $$ n=5 $$ to $$ n=4 $$.
The largest wavelength in the Brackett series is from $$ n=5 $$ to $$ n=4 $$.

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