When you combine two solutions with different concentrations, the Solution Mixtures Calculator tells you the resulting concentration of the combined liquid. Enter the concentration and volume for each solution, then select your concentration unit (%, Molarity, or w/v) and volume unit to get the final concentration, final volume, concentration ratio, and dilution factor.
Final Concentration
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Final Volume
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Concentration Ratio
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Dilution Factor
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Use the formula: (C1 × V1 + C2 × V2) ÷ (V1 + V2) = Final Concentration, where C1 and C2 are the concentrations of the two solutions, and V1 and V2 are their volumes.
No, both solutions must use the same concentration units (percent, molarity, etc.) for accurate calculations. Always ensure units are consistent before mixing.
When mixing with pure water (0% concentration), you're performing dilution. The final concentration will be lower than the original concentrated solution.
This requires solving the mixture equation for unknown volumes. You'll need to specify your target final concentration and total volume, then calculate the required volumes of each solution.
Yes, this calculator is designed for both educational and research laboratory use. It works with various concentration units including molarity, percent, and weight/volume ratios.
Always add solutions slowly while stirring continuously. Some mixtures generate heat, so use cool solvents and appropriate safety equipment. Never add water directly to concentrated acids.
This calculator is designed for mixing two solutions. For multiple solutions, you can perform sequential calculations or use specialized multi-component mixture calculators.