De-Broglie wavelength associated with the hydrogen atom moving with most probable velocity at \[27{}^\circ C\] is \[1.26\overset{\text{o}}{\mathop{\text{A}}}\,\]. De-Broglie wavelength associated with helium atom moving with r.m.s. velocity at \[51{}^\circ C\] is:

\[0.7\overset{\text{o}}{\mathop{\text{A}}}\,\]

\[2.268\overset{\text{o}}{\mathop{\text{A}}}\,\]

\[1.852\overset{\text{o}}{\mathop{\text{A}}}\,\]

\[0.5\overset{\text{o}}{\mathop{\text{A}}}\,\]

De-Broglie wavelength associated with the hydrogen atom moving with mo

1.	De-Broglie wavelength associated with the hydrogen atom moving with most probable velocity at \[27{}^\circ C\] is \[1.26\overset{\text{o}}{\mathop{\text{A}}}\,\]. De-Broglie wavelength associated with helium atom moving with r.m.s. velocity at \[51{}^\circ C\] is:
A.	\[2.268\overset{\text{o}}{\mathop{\text{A}}}\,\]
B.	\[1.852\overset{\text{o}}{\mathop{\text{A}}}\,\]
C.	\[0.5\overset{\text{o}}{\mathop{\text{A}}}\,\]
D.	\[0.7\overset{\text{o}}{\mathop{\text{A}}}\,\]
Answer» D. \[0.7\overset{\text{o}}{\mathop{\text{A}}}\,\]