Chemistry, asked by KavithaNadipally022, 11 months ago

an aqueous sodium hydroxide solution contains, 80 ppm NaOH . If one ml of this solution is mixed with 999 ml of water, the molarity of the resultant solution is 2×10 power -x . what is X ? (Assume d=1 g/cc)

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Answered by sumittaneja

Answer:The balanced equation for the reaction between FeCl3 and NaOH is FeCl3 + 3NaOH -> Fe(OH)3 + 3NaCl. Since iron(III) chloride and sodium chloride are soluble in water, but not iron(III) hydroxide, the reaction causes a solid to be precipitated. As iron(III) hydroxide is brown, a brown precipitate is formed. Hence, this is known as a precipitation reaction.

Explanation:

Answered by vaddesneha26

the balanced equation for this is

Fecl3+3NaOH→Fe(OH)3+3Nacl

answer is 2

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an aqueous sodium hydroxide solution contains, 80 ppm NaOH . If one ml of this solution is mixed with 999 ml of water, the molarity of the resultant solution is 2×10 power -x . what is X ? (Assume d=1 g/cc)​

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an aqueous sodium hydroxide solution contains, 80 ppm NaOH . If one ml of this solution is mixed with 999 ml of water, the molarity of the resultant solution is 2×10 power -x . what is X ? (Assume d=1 g/cc)