Given reaction is `2X_((gas))+Y_((gas))hArr2Z_((gas))+80` kcal Which combination of pressure and temperatue gives the highest yield of Z at equlibriumA. `1000atm and 500^(@)C`B. `500atm and 500^(@)C`C. `1000atm and 100^(@)C`D. `500atm and 100^(@)C`

Given reaction is `2X_((gas))+Y_((gas))hArr2Z_((gas))+80` kcal Which c

1.	Given reaction is `2X_((gas))+Y_((gas))hArr2Z_((gas))+80` kcal Which combination of pressure and temperatue gives the highest yield of Z at equlibriumA. `1000atm and 500^(@)C`B. `500atm and 500^(@)C`C. `1000atm and 100^(@)C`D. `500atm and 100^(@)C`
Answer» Correct Answer - C The reaction takes place with a reduction in number of moles (volume) and is exothermic. So high pressrue and low temperatue, will favour the reaction in forward direction.

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Given reaction is `2X_((gas))+Y_((gas))hArr2Z_((gas))+80` kcal Which combination of pressure and temperatue gives the highest yield of Z at equlibriumA. `1000atm and 500^(@)C`B. `500atm and 500^(@)C`C. `1000atm and 100^(@)C`D. `500atm and 100^(@)C`

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