According to Le Chateier principle, when an equilibrium is subjected to any external change, the equilibrium/reaction shifts to comensate the effect of the change. This principle helps in shifting the reaction towards appropriate diections so as to increase % yield of any reaction. Which of the following changes cannot cause an incresase in extent of dissociation of CH_(3)COOH in its aqueous solution as per the reaction? If is given that conversion of graphite to diamond in an endothermic reaction and the conversion C_("graphite")hArrC_("diamond") attains equilibria at 1.5xx10^(9) Pa at 300K then comment at what pressure equilibria can be attained at 500 K?

According to Le Chateier principle, when an equilibrium is subjected t

1.	According to Le Chateier principle, when an equilibrium is subjected to any external change, the equilibrium/reaction shifts to comensate the effect of the change. This principle helps in shifting the reaction towards appropriate diections so as to increase % yield of any reaction. Which of the following changes cannot cause an incresase in extent of dissociation of CH_(3)COOH in its aqueous solution as per the reaction? If is given that conversion of graphite to diamond in an endothermic reaction and the conversion C_("graphite")hArrC_("diamond") attains equilibria at 1.5xx10^(9) Pa at 300K then comment at what pressure equilibria can be attained at 500 K?
Answer» <P>`P GT 1.5xx10^(9)PA` `P lt 1.5xx10^(9)Pa` `P = 1.5xx10^(9)Pa` At ANT pressure ANSWER :D