The temperature at which the velocity of oxygen will be half of hydrogen at NTP isA. `1092^(@)C`B. `1492^(@)C`C. `273^(@)C`D. `819^(@)C`

The temperature at which the velocity of oxygen will be half of hydrog

1.	The temperature at which the velocity of oxygen will be half of hydrogen at NTP isA. `1092^(@)C`B. `1492^(@)C`C. `273^(@)C`D. `819^(@)C`
Answer» Given , `v_(O_(2))=(1)/(2)V_(H_(2))` `therefore" " sqrt((3RT)/(32))=(1)/(2)sqrt((3Rxx273)/(2))` `(T)/(32)=(273)/(8)` ` therefore" " T=4xx273` `T=1092K=1092-273` `T=819^(@)C`

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The temperature at which the velocity of oxygen will be half of hydrogen at NTP isA. `1092^(@)C`B. `1492^(@)C`C. `273^(@)C`D. `819^(@)C`

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