Titration Calculator
Unknown concentration from titration data.
Enter your values
ⓘ Live results
Results
- Analyte concentration
- 0.0936 M
- Moles of titrant
- 0.00234
- Moles of analyte
- 0.00234
- Dilution factor
- 0.936
Quick answer
At the equivalence point, moles of titrant equal moles of analyte adjusted for stoichiometry.
Ca = (Cb × Vb × a) ÷ (Va × b)
How to use the Titration Calculator
- 1Enter titrant concentration and volume used.
- 2Enter the analyte volume.
- 3Set the stoichiometric mole ratio.
Worked example
Using the values the calculator loads with:
Inputs
- Titrant concentration0.1 M
- Titrant volume23.4 mL
- Analyte volume25 mL
- Mole ratio (analyte:titrant)1
Results
- Analyte concentration0.0936 M
- Moles of titrant0.00234
- Moles of analyte0.00234
- Dilution factor0.936
Frequently asked questions
What if the ratio isn't 1:1?
For H2SO4 versus NaOH use 0.5 — check the balanced equation.
Why repeat titrations?
Concordant titres within 0.1 mL confirm the endpoint is reliable.
About this calculator
- Built and reviewed by James Whitfield · How we build and test calculators
- Report an error
Results are estimates for general information. For medical, legal, structural or financial decisions, confirm with a qualified professional.