After allowing the reaction to proceed, you find that the the final concentrations of each $\frac{[\mathrm{C}][\mathrm{D}]}{[\mathrm{A}][\mathrm{B}]}$ once equilibrium is achieved is $\frac{[0.35][0.35]}{[0.65][0.65]}$
Will the reaction proceed in a forward manner, namely with production of increased concentrations of products?

Question

After allowing the reaction to proceed, you find that the the final concentrations of each

\frac{[\mathrm{C}][\mathrm{D}]}{[\mathrm{A}][\mathrm{B}]}

once equilibrium is achieved is

\frac{[0.35][0.35]}{[0.65][0.65]}

Will the reaction proceed in a forward manner, namely with production of increased concentrations of products?