5. A 25.00-ml portion of a H₂SO, solution was titrated with a 0.256 M KOH solution. To reach the equivalence point required 31.2 mL of the base. a) Write a chemical equation for the titration. OPIA (yeni) abang lasindost to signe -TALA b) What was the molarity of the sulfuric acid solution? Show boldo 02.0 pun Dalf 8+ (08), (02) A (ans: 0.160 M)

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5. A 25.00-mL portion of a H₂SO4 solution was titrated with a 0.256 M KOH solution. To reach the equivalence point
required 31.2 mL of the base.
a) Write a chemical equation for the titration.
(pai) sling (usindost to ofgez
low bocistdo 028
and daw ba
b) What was the molarity of the sulfuric acid solution? ods anw red
02),A
1,004 v 20.20 alde tximo Tol ment bonisado od vlasnoor
(ans: 0.160 M)
Transcribed Image Text:5. A 25.00-mL portion of a H₂SO4 solution was titrated with a 0.256 M KOH solution. To reach the equivalence point required 31.2 mL of the base. a) Write a chemical equation for the titration. (pai) sling (usindost to ofgez low bocistdo 028 and daw ba b) What was the molarity of the sulfuric acid solution? ods anw red 02),A 1,004 v 20.20 alde tximo Tol ment bonisado od vlasnoor (ans: 0.160 M)
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