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Titrations

Titrations. Concentration = moles/volume @ neutralization [H + ] = [OH - ] So Mole H + = Moles OH - Volume H + Volume OH - M1/V1 = M2/V2.

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Titrations

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  1. Titrations

  2. Concentration = moles/volume @ neutralization [H+] = [OH-] So Mole H+ = Moles OH- Volume H+ Volume OH- M1/V1 = M2/V2

  3. 10.0 cm3 of a solution of potassium hydroxide was titrated with a 0.10 M solution of hydrochloric acid. 13.5 cm3 of the acid was required for neutralization. Calculate the concentration of the potassium hydroxide solution. Hydrochloric Potassium Acid hydroxide V = 13.5 cm3 V = 10.0 cm3 C = 0.10 M C = TBD

  4. 10.0 cm3 of a solution of potassium hydroxide was titrated with a 0.10 M solution of hydrochloric acid. 13.5 cm3 of the acid was required for neutralization. Calculate the concentration of the potassium hydroxide solution. Step 2 HCl(aq) + KOH(aq) → KCl(aq) + H2O(l)

  5. Step 3 make a table Step 4 Find all missing values

  6. Step 5 Work out the concentration of the potassium hydroxide. Concentration = 0.135 M

  7. How does a mole hide from an owl? It uses gRoundCoVer

  8. How does a mole hide from an owl? It uses gRoundCoVer C R n V

  9. R n C V

  10. How does a mole hide from an owl? It uses gRoundCoVer R n C V

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