Standard emtropy of `X_(2),Y_(2)" and " X_(2)Y_(3)` are 60, 40 and 150 in `J//K` mol `X_(2)+(3)/(2)Y_(2)toX_(2)Y_(3),DeltaH=+30kJ` The temperature at which reaction will attain equilibrium is :A. 250 KB. 1000 KC. 750 KD. 200 K

Standard emtropy of `X_(2),Y_(2)" and " X_(2)Y_(3)` are 60, 40 and 150

1.	Standard emtropy of `X_(2),Y_(2)" and " X_(2)Y_(3)` are 60, 40 and 150 in `J//K` mol `X_(2)+(3)/(2)Y_(2)toX_(2)Y_(3),DeltaH=+30kJ` The temperature at which reaction will attain equilibrium is :A. 250 KB. 1000 KC. 750 KD. 200 K
Answer» Correct Answer - B

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Standard emtropy of `X_(2),Y_(2)" and " X_(2)Y_(3)` are 60, 40 and 150 in `J//K` mol `X_(2)+(3)/(2)Y_(2)toX_(2)Y_(3),DeltaH=+30kJ` The temperature at which reaction will attain equilibrium is :A. 250 KB. 1000 KC. 750 KD. 200 K

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