All reactants are consumed.

The rate of the forward reaction is equal to the rate of the reverse reaction.

The concentration of reactants is equal to the concentration of products.

The temperature of the system reaches room temperature.

Does not depend on the initial concentrations

Depends on the initial concentrations of the reactants

Depends on the concentration of the products at equilibrium

It is not characteristic of the reaction

${K_p} = {K_c}$

{K_p} < {K_c}

{K_p} > {K_c}

Pressure is required to predict the correlation

The rate of forward reaction equals the rate of backward reaction.

The Gibbs free energy change is zero.

The concentrations of reactants and products are constant.

The equilibrium constant is always equal to 1.

More ice will be formed

Water will evaporate

More water will be formed

Equilibrium will not be formed

Temperature and pressure

Temperature only

Pressure only

Temperature, pressure and catalyst

${{\rm{H}}_2} + {{\rm{I}}_2} o 2{\rm{HI}}$

${{\rm{H}}_2}{\rm{S}}{{\rm{O}}_4} + {\rm{Ba}}{\left( {{\rm{OH}}} \right)_2} o {\rm{BaS}}{{\rm{O}}_4} \downarrow + 2{{\rm{H}}_2}{\rm{O}}$

${\rm{NaCl}} + {\rm{AgN}}{{\rm{O}}_3} o {\rm{NaN}}{{\rm{O}}_3} + {\rm{AgCl}} \downarrow$

$2{\rm{KCl}}{{\rm{O}}_3} o 2{\rm{KCl}} + 3{{\rm{O}}_2} \uparrow$

The velocity of both forward reaction and backward reaction is also increasing

The velocity of the forward reaction is decreasing and that of backward reaction in increasing

The velocity of both forward and backward reactions is decreasing

All of the above

Increase in the volume of the container

Decrease in the volume of the container

Addition of CaO(s)

Addition of inert gas at constant pressure

Moving the piston downward a short distance

Removing a small amount of vapour

Removing a small amount of the liquid water

Dissolving salt in the water

Rusting of iron

Burning of wood

The Haber-Bosch process

Cooking an egg