Forward reaction rate is faster than the reverse and concentrations are equal

Forward and reverse reaction rates are equal and concentration is constant

Forward and revers reaction rates are equal and concentration is equal

Forward reaction rate is faster than the reverse and concentration is equal

The forward and reverse reactions proceed at the same rate.

The concentrations of reactants and products do not change.

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

The forward and reverse reactions continue to occur.

t₁

t₂

t₃

t₄

a is concentration of reactants and b is the concentration of product

a is concentration of product and b is the concentration of reactant

a is the volume of reactants and b is the volume of product

a the mass of reactants and b is the mass of product

Constant Temperature

Products and reactants should be in constant dynamic motion

All reactants and products should be in closed system

All of the above

reversible

irreversible

K_c= [CO][H₂O] / [CO₂][H₂]  

K_c= [CO₂][H₂] / [CO]

K_c= [CO₂][H₂] / [CO][H₂O]

K_c= [CO] / [CO₂][H₂]  

N₂

H₂

N₂ and H₂

NH₃

left

right

left and right 

neither left nor right

increase

decrease

remain the same

double