Question

what quatity of electricity will liberate 0.125 mole of dilule sodium chloride solution？

(F=96500(mol-1)

Answer 1

solutions

Answer 2

I am confused by 0.125 mol NaCl solutions but I assume you mean

96,500 C/mol x 0.125 mol = ? coulombs.

Answer 3

[AI-generated answer — Explain Bot]

To find the quantity of electricity required to liberate 0.125 moles of dilute sodium chloride solution, you can use Faraday's law of electrolysis which states that the amount of electricity required to liberate one mole of substance is equal to the Faraday constant, F.

First, let's calculate the quantity of electricity required:

Quantity of electricity = moles of substance × Faraday constant

Given:
Moles of substance (n) = 0.125 mole
Faraday constant (F) = 96500 C/mol

Substituting the values into the formula:

Quantity of electricity = 0.125 mole × 96500 C/mol

Calculating this expression:

Quantity of electricity = 12062.5 C

Therefore, the quantity of electricity required to liberate 0.125 moles of dilute sodium chloride solution is 12062.5 coulombs (C).