What is concentration quotient or reaction quotient? For the reaction `aA+bBiffxC+yD`. What do you conclude if (i) `Q=K_c` (ii) `QgtK_c` (iii) `QltK_c` where Q=reaction quotient and `K_c` = equilibrium constant.

What is the difference between reaction quotient (Q) and equilibrium constant (K) of a reaction?

In which of the reaction K_p = K_c

If DeltaG^@ for the reaction is -8290.8 cal. The K_c for the reaction at 300 K is 10^n . The value of n

Ethyl acetate is formed by the reaction between ethanol and acetic acid and the equilibrium is represented as: CH_(3)COOH(l)+C_(2)H_(5)OH(l)hArr CH_(3)COOC_(2)H_(5)(l)+H_(2)O(l) (1) Write the concentration ration (reaction, quotient), Q_(c) , for this reaction (note: Water is not in excess and is not a solvent in this reaction). (2) At 293K, if one starts with 1.00 mol of acetic acid and 0.18 mol of ethanol, there is 0.171 mol of ethyl acetate in the final equilibrium mixture. calculate the equilibrium constant. (3) Starting with 0.5 mol of ethanol and 1.0 mol of acetic acid and maintaining it at 293K, 0.214 mol of ethyl acetate is found after sometime. has equilibrium been reached?

For the reaction A+BhArr C+D , the equilibrium constant is K. what would be the value of the reaction quotient (Q), when the reaction just starts annd when it reaches equilibrium?

What does it imply about the direction of a reactions, if the value of reaction quotient (Q) at any instant of the reaction at a constant temperature is smaller than or larger than or equal to the equilibrium constant (K) of the reaction at the temperature?

The equilibrium constant of a reversible reaction at a particular temperature is K. What Will be the values of reaction quotient ( Q) at the beginning and at equilibrium of the reaction?

For the reaction, H_2(g)+CO_2(g)to CO(g)+H_2O(g) occurring in a closed vessel at a particular temperature. the initial concentrations of the reactants are [H_2]=[CO_2]=1 mol*L^(-1) . Before reaching the equilibrium, if x mol*L^(-1) of H_2 has reacted then prove that : x=(sqrt(K_c))/(1+sqrt(K_C)) where K_c =equilibrium constant.

What is equilibrium constant? Establish the relation between K_p and K_c for a reversible reaction in equilibrium.