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9. Solutions

Equivalents

9. Solutions

Equivalents

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Equivalents Concept 1

Equivalents Concept 1

Equivalents Example 1

Equivalents Example 1

Equivalents Concept 2

Equivalents Concept 2

Equivalents Example 2

Equivalents Example 2

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Multiple Choice
Calculate mass (grams) needed for the following ion equivalent:1.5 mEq of Na⁺ ions.
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Multiple Choice
The concentration of Cl^- ion in blood is approximately 105 mEq/L. How many milliliters of blood would be needed to obtain 1.4 g of Cl^- ions?
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Multiple Choice
An intravenous saline solution contains 140 mEq/L of Na⁺. How many mEq of Na⁺ are present in 750 mL of the solution?
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Multiple Choice
Calculate the normality (mEq/L) of potassium ions in a 500 mL Ringer's solution that is 2.0 x 10^-3 M in potassium ions.
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Textbook Question
Calculate the number of equivalents in each of the following: d. 3 moles of CO₃²⁻
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Textbook Question
Calculate the number of equivalents in each of the following: d. 2 moles of Fe³⁺
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Textbook Question
An intravenous saline solution contains 154 mEq/L each of Na⁺ and Cl⁻. How many moles each of Na⁺ and Cl⁻ are in 1.00 L of the saline solution?
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Textbook Question
An intravenous solution contains 40. mEq/L of Cl⁻ and 15 mEq/L of HPO₄²⁻. If Na⁺ is the only cation in the solution, what is the Na⁺ concentration, in milliequivalents per liter?
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