For any given series of spectral lines of atomic hydrogen, let Δ v^_ = Δ v max - Δ v min be the difference in maximum and minimum frequencies in cm^–1. The ratio Lyman Balmer (Δ v Lyman)/(Δ v Balmer) is:

Atomic Structure: JEE Main 2019 Chemistry question

JEE Main 2019 · 9 Apr, Morning shift · Q2162

JEE Main 20199 Apr, Morning shiftChemistryMediumAtomic Structure113× since 2002

For any given series of spectral lines of atomic hydrogen, let

\Delta \mathop v\limits^\_ =

\Delta {\overline v _{\max }} - \Delta {\overline v _{\min }}

be the difference in maximum and minimum frequencies in cm^–1. The ratio Lyman Balmer

{{\Delta {{\overline v }_{Lyman}}} \over {\Delta {{\overline v }_{Balmer}}}}

is :

JEE Main 2019 Atomic Structure Question with Solution (9 Apr Morning shift, Q2162) | JEE Arc

JEE Main 2019 · 9 Apr, Morning shift · Q2162

JEE Main 20199 Apr, Morning shiftChemistryMediumAtomic Structure113× since 2002

For any given series of spectral lines of atomic hydrogen, let

\Delta \mathop v\limits^\_ =

\Delta {\overline v _{\max }} - \Delta {\overline v _{\min }}

be the difference in maximum and minimum frequencies in cm^–1. The ratio Lyman Balmer

{{\Delta {{\overline v }_{Lyman}}} \over {\Delta {{\overline v }_{Balmer}}}}

is :