Asked by Anonymous
A 15.00 ml sample of a standard solution containing 1 g of CaCO3/L required 8.45 ml of EDTA to fully complex the Ca present. Calculate the volume of EDTA stoichiometrically equivalent to 1.0 mg of CaCO3.'
Sorry, forgot to write the entire question.
Sorry, forgot to write the entire question.
Answers
Answered by
DrBob222
1 g CaCO3/L x 0.015 L = 0.015 g or 15 mg CaCO3 in the aliquot.
That is equivalent to 8.45 mL EDTA; therefore,
15 mg/8.45 mL = 1.775 mg CaCO3/mL EDTA. I wold round that to 1.78.
That is equivalent to 8.45 mL EDTA; therefore,
15 mg/8.45 mL = 1.775 mg CaCO3/mL EDTA. I wold round that to 1.78.
Answered by
D.Or.
DrBob222, how are you sure this is the right answer. could you explain a little bit more?
Answered by
Anonymous
Relating Density to a 1:1 stoichiometry equation
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