(a)
Interpretation:
The shift of the direction is to be found to attain equilibrium for the reaction
Concept Introduction:
If the number of reactants and products is not equal, then the system is said to be in a non-equilibrium state. Hence, to attain an equilibrium, it will shift to either direction to be in equilibrium.
(b)
Interpretation:
The shift of the direction is to be found to attain equilibrium for the reaction
Concept Introduction:
If the number of reactants and products is not equal, then the system is said to be a nonequilibrium state.
Hence, to attain an equilibrium, it will shift to either direction to be in equilibrium.
(c)
Interpretation:
The shift of the direction is to be found to attain equilibrium for the reaction
Concept Introduction:
If the number of reactants and products is not equal, then the system is said to be a non-equilibrium state.
Hence, to attain an equilibrium, it will shift to either direction to be in equilibrium.
(d)
Interpretation:
The shift of the direction is to be found to attain equilibrium for the reaction
Concept Introduction:
If the number of reactants and products is not equal, then the system is said to be a nonequilibrium state.
Hence, to attain an equilibrium, it will shift to either direction to be in equilibrium.
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