E^(@)" of a cell "aA+bB longrightarrow CC+dD" is "

For the reaction aA(s) + bB(g) rightarrow dD(s) + cC(g) . Then

For the reaction aA(s) + bB(g) rightarrow dD(s) + cC(g) . Then

Derive the relation between equilibrium constants K_c and K_P for a general reaction aA + bB harr cC + dD at equilibrium.

Consider a general gaseous reaction, aA + bB harr cC + dD Suggest two equilibria for which K_P and K_o are equal. Give justification.

Consider a general gaseous reaction, aA + bB harr cC + dD Give the expression for K_p and K_c for the above reaction.

Nernst equation for the reaction aA+bBoverset("ne"-)rarr cC+ dD is E_(cell)=E_(cell)^(@)-(RT)/(nF) "ln" Q what is Q in the Nernst equation

Fill in the blanks : For the gaseous reaction , a A + bB harr cC + dD, Delta n is equal to ………….

Consider a general reaction aA+ bB rarr cC+ dD . The rate expression for the reaction is : Rate = k [A]^x[B]^y Write any two differences between order and molecularity.

Equilibrium constant with respect to concentrations of reactants and products (K_(c)) for reaction aA+bB harr cC+dD where [A],[B],[C],[D] are concentrations of reactants and products