If the temperature of a gas is increased from `0^(@)` to `273^(@)C`, then the ratio of change in the average kinetic energy of the gas molecule to the original isA. `1:4`B. `4:1`C. `1:1`D. `2:1`

If the temperature of a gas is increased from `0^(@)` to `273^(@)C`, t

1.	If the temperature of a gas is increased from `0^(@)` to `273^(@)C`, then the ratio of change in the average kinetic energy of the gas molecule to the original isA. `1:4`B. `4:1`C. `1:1`D. `2:1`
Answer» Correct Answer - C `KE_(1) prop T_(1) and KE_(2) prop T_(2)` `(KE_(2))/(KE_(1))=(T_(2))/(T_(1))=(273+273)/(273)=(2xx273)/(273)=(2)/(1)` `(KE_(2)-KE_(1))/(KE_(1))=1`

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If the temperature of a gas is increased from `0^(@)` to `273^(@)C`, then the ratio of change in the average kinetic energy of the gas molecule to the original isA. `1:4`B. `4:1`C. `1:1`D. `2:1`

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