Which consequence results when a reversible chemical reaction inside a closed batch reactor reaches equilibrium?

💡 Explanation

The forward and reverse reaction rates equalize because at equilibrium, the rate of product formation equals the rate of reactant formation, therefore the concentrations remain constant, rather than one direction dominating until complete consumption.

• Which consequence results when martensitic transformation in steel lattice occurs under constraint?
• Which outcome arises when applying localized heat molecularly to amorphous polymer under stress?
• Which limitation is exacerbated when transmitting higher frequency electromagnetic waves through a dielectric material?
• Which outcome happens from applied load and fracture?
• Which outcome arises when a molecule vibrates at a frequency matching its resonant molecular frequency?
• Which outcome occurs in lubrication when high shear intensifies?