A) 273 K
B) 606 K
C) 303 K
D) 403 K
Correct Answer: B
Solution :
\[\frac{{{U}_{rms}}(S{{O}_{2}})}{{{U}_{rms}}({{O}_{2}})}=\sqrt{\frac{T(S{{O}_{2}})}{M(S{{O}_{2}})}\times \frac{M({{O}_{2}})}{T({{O}_{2}})}}\] i.e., \[1=\sqrt{\frac{T(S{{O}_{2}})}{64}\times \frac{32}{303}}\] or \[T(S{{O}_{2}})=606\,K\]You need to login to perform this action.
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