Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action
`A(g)+B(g) hArr C(g)+D(g)`
`Q=([C][D])/([A][B])`
The value of Q decides whether the reaction is at equilibrium or not.
At equilibrium, `Q=K`
For an equilibrium process, `Q ne K`
when `Q gt K`, reaction will favour backward direction and when `Q lt K`, it will favour direction.
Answer the following questions:
For the reaction:
`2A+B hArr 3C` at `298 K, K_(c)=40`
A `4L` vessel contains `2, 1,` and `4` mol of A, B and c, respectively. The reaction at the same temperature

Mass action ratio or reaction quotient Q for a reaction can be calculated using the law of mass action A(g)+B(g) harr C(g) + D(g) Q=([C][D])/([A][B]) . The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q = K. For non equilibrium process, Q ne K . When Q gt K , reaction will favour backward direction and when Q lt K , it will favour forward direction. For the reaction : 2A + B harr 3C at 298 K, K_c = 49 A 3L vessel contains 2,1 and 3 moles of A, B and C respectively. The reaction at the same temperature:

Mass action ratio or reaction quotient Q for a reaction can be calculated using the law of mass actionl, A(g)+B(g)hArrC(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For non-equilibrium process QneK When QgtK , reaction will be favoured in backward direction and when QltK , it will be favoured in forward direction. For the reaction : 2A+BhArr3C at 298 K, K_(c)=49 A 3 L vessel contains 2, 1 and 3 moles of A, B and C respectively. The reaction at the same temperature :

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour direction. Answer the following questions: In the reaction: NH_(4)Cl(g) hArr NH_(3)(g)+HCl(g) a graph is plotted to show that the variation or the rate of forward and backward reaction against time. Which of following is correct?

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour direction. Answer the following questions: In the reaction: NH_(4)Cl(g) hArr NH_(3)(g)+HCl(g) a graph is plotted to show that the variation or the rate of forward and backward reaction against time. Which of following is correct?

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour direction. Answer the following questions: In the following reaction: 2SO_(2)(g)+O_(2)(g) hArr 2SO_(3)(g) the equilibrium is not attained. The rate of forward reaction is greater than that of backward reaction. Thus, which of the following is the correct relation between K_(p) and Q_(p) ?

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour direction. Answer the following questions: In the following reaction: 2SO_(2)(g)+O_(2)(g) hArr 2SO_(3)(g) the equilibrium is not attained. The rate of forward reaction is greater than that of backward reaction. Thus, which of the following is the correct relation between K_(p) and Q_(p) ?

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour direction. Answer the following questions: In a reaction mixture containing H_(2), N_(2) and NH_(3) at partial pressure of 2 atm, 1 atm and 3 atm respectively, the value of K_(p) at 700 K is 4.00xx10^(-5) atm^(-2) . In which direction the net reaction will go? N_(2)(g)+3H_(2)(g) hArr 2NH_(3)(g)

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour forward direction. Answer the following questions: In a reaction mixture containing H_(2), N_(2) and NH_(3) at partial pressure of 2 atm, 1 atm and 3 atm respectively, the value of K_(p) at 700 K is 4.00xx10^(-5) atm^(-2) . In which direction the net reaction will go? N_(2)(g)+3H_(2)(g) hArr 2NH_(3)(g)

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour direction. Answer the following questions: The reaction quotient Q for: O_(2)(g)+2H_(2)(g) hArr 2H_(2)O(g) is given by Q=([H_(2)O]^(2))/([O_(2)][H_(2)]^(2)) . The reaction will proceed in backward direction, when

Mass action rato or reaction quotient Q for a reaction can be calculate using the law of masss action A(g)+B(g) hArr C(g)+D(g) Q=([C][D])/([A][B]) The value of Q decides whether the reaction is at equilibrium or not. At equilibrium, Q=K For an equilibrium process, Q ne K when Q gt K , reaction will favour backward direction and when Q lt K , it will favour direction. Answer the following questions: The reaction quotient Q for: O_(2)(g)+2H_(2)(g) hArr 2H_(2)O(g) is given by Q=([H_(2)O]^(2))/([O_(2)][H_(2)]^(2)) . The reaction will proceed in backward direction, when