If the series limit wavelength of Lyman series for the hydrogen atom is \[912\text{ }\overset{\text{o}}{\mathop{\text{A}}}\,\], then the series limit wavelength for Balmer series of hydrogen atoms is

\[\frac{912}{2}\overset{\text{o}}{\mathop{\text{A}}}\,\]

\[912\text{ }\overset{\text{o}}{\mathop{\text{A}}}\,\]

\[912\text{ }\times \text{2}\overset{\text{o}}{\mathop{\text{A}}}\,\]

\[912\text{ }\times 4\overset{\text{o}}{\mathop{\text{A}}}\,\]

If the series limit wavelength of Lyman series for the hydrogen atom i

1.	If the series limit wavelength of Lyman series for the hydrogen atom is \[912\text{ }\overset{\text{o}}{\mathop{\text{A}}}\,\], then the series limit wavelength for Balmer series of hydrogen atoms is
A.	\[912\text{ }\overset{\text{o}}{\mathop{\text{A}}}\,\]
B.	\[912\text{ }\times \text{2}\overset{\text{o}}{\mathop{\text{A}}}\,\]
C.	\[912\text{ }\times 4\overset{\text{o}}{\mathop{\text{A}}}\,\]
D.	\[\frac{912}{2}\overset{\text{o}}{\mathop{\text{A}}}\,\]
Answer» D. \[\frac{912}{2}\overset{\text{o}}{\mathop{\text{A}}}\,\]