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.

Consider a general reaction aA+bBto cC+dD The rate expression for the reaction is Rate = k[A]^x[B]^y .Establish the significance of (a+b)and (x+y)term in terms of order and molecularity.

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

For which of the following gaseous equilibria is K_(p) gt K_(c) ?

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