Consider these reactions and their corresponding `K_s`.
`{:(1/2N_2+O_2toNO_2,K_1),(2NO_2to2NO+O_2,K_2),(NOBrtoNO+1/2Br_2,K_3):}`
Express the K value for the reaction below in terms of `K_1,K_2 and K_3`
`1/2N_2+1/2O_2+1/2Br_2toNOBrK=?`

N_2+O_2 iff 2NO, K_1, 1/2 N_2+1/2 O_2 iff NO, K_2 2NO iff N_2 + O_2, K_3 : NO iff 1/2 N_2 + 1/2O_2, K_4 Correct relation between K_1,K_2,K_3 and K_4 Is :

Consider the reaction, NO_(2) rarr 1/2N_(2) + O_(2),K_(1) , N_(2)O_(4) rarr 2NO_(2) , K_(2) Give the equilibrium constant for the formation of N_(2)O_(4) "from" N_(2) "and" O_(2) .

Consider the reaction, NO_(2) rarr 1/2N_(2) + O_(2),K_(1) , N_(2)O_(4) rarr 2NO_(2) , K_(2) Give the equilibrium constant for the formation of N_(2)O_(4) "from" N_(2) "and" O_(2) .

Consider the reactions 1/2N_2+O_2hArrNO_2 K_1 2NO_2hArrN_2O_4 K_2 Using above equations , write down expression for K of the following reaction N_2O_4hArrN_2+2O_2 K

Consider the reactions 1/2N_2+O_2hArrNO_2 K_1 2NO_2hArrN_2O_4 K_2 Using above equations , write down expression for K of the following reaction N_2O_4hArrN_2+2O_2 K

For the reaction N_2 + 3H_2 harr 1/2 N_2 + 3/2 H_2 is K_2 . Then calculate teh relation between K_1 and K_2

The equilibrium constant for the reactions - (i) N_2+3H_2iff2NH_3 (ii) N_2+O_2iff2NO and (iii) H_2+1/2O_2iffH_2O are K_1, K_2 and K_3 respectively. The equilibrium constant of the reaction 2NH_3+5/2O_2iff2NO+3H_2O in terms of K_1 , K_2 and K_3 is

The equilibrium constant of the following are : " " {:(N_2+3H_2hArr 2NH_3, K_1),(N_2+O_2hArr 2NO , K_2) , (H_2+(1)/(2) O_2 to H_2O , K_3) :} The equilibrium constant (K) of the reaction : 2NH_3+(5)/(2) O_2 overset(k) hArr 2NO +3H_2O, will be (a) K_1K_3^(3) //K_2 (b) K_2K_3^(3) //K_1 (c) K_2K_3//K_1 (d) K_2^(3) K_3//K_1