QuestionJuly 16, 2025

Find the pOH for the following: 735 L of a solution containing 0.34 moles of nitric acid. (find Molarity first) 4.63 10.67 3.33 2

Find the pOH for the following: 735 L of a solution containing 0.34 moles of nitric acid. (find Molarity first) 4.63 10.67 3.33 2
Find the pOH for the following:
735 L of a solution containing 0.34 moles of nitric acid.
(find Molarity first)
4.63
10.67
3.33
2

Solution
4.5(250 votes)

Answer

10.67 Explanation 1. Calculate Molarity Molarity (M) is calculated using the formula M = \frac{\text{moles of solute}}{\text{volume of solution in liters}}. Here, M = \frac{0.34}{735}. 2. Calculate pH Nitric acid is a strong acid, so it dissociates completely. The concentration of H^+ ions is equal to the molarity. Use the formula pH = -\log[\text{H}^+]. 3. Calculate pOH Use the relation pOH = 14 - pH.

Explanation

1. Calculate Molarity<br /> Molarity (M) is calculated using the formula $M = \frac{\text{moles of solute}}{\text{volume of solution in liters}}$. Here, $M = \frac{0.34}{735}$.<br />2. Calculate pH<br /> Nitric acid is a strong acid, so it dissociates completely. The concentration of $H^+$ ions is equal to the molarity. Use the formula $pH = -\log[\text{H}^+]$.<br />3. Calculate pOH<br /> Use the relation $pOH = 14 - pH$.
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