Kinetics, yields, and stoichiometry.
Calculate activation energy quickly and easily using the Arrhenius equation. Just input two rate constants and their corresponding temperatures.
Determine the actual yield in chemical reactions given the theoretical yield and percent yield. Perfect for chemistry students and professionals.
Calculate the reaction rate constant (k) using the Arrhenius equation, given the activation energy and temperature. Simplify your kinetics calculations!
Calculate Kc for the reversible reaction aA + bB ⇌ cC + dD. Simply input the stoichiometric coefficients and equilibrium concentrations.
Calculate Kp from Kc and temperature quickly and easily. Determine the equilibrium constant for gas-phase reactions with this online tool.
Calculate the molar ratio between two species in a balanced chemical equation. Quickly find stoichiometric relationships for reactants and products.
Calculate the efficiency of a chemical reaction by determining the percent yield. Easily compare theoretical and actual yields for accurate results.
Calculate the rate constant 'k' from rate and concentrations using the rate law: Rate = k[A]^x. Easily determine 'k' for your chemical reactions.
Calculate the reaction quotient (Q) to determine the direction a reversible reaction will shift to reach equilibrium. Find out if your reaction favors products or reactants.
Calculate the maximum possible yield of a chemical reaction based on the limiting reactant and stoichiometry. Determine your reaction's potential output.