How many moles of {eq}Fe^{3+} {/eq} are contained in 6.51 mL of a {eq}1.69 \times 10^{-3} {/eq} M {eq}Fe(NO_3)_3 {/eq} solution?
Question:
How many moles of {eq}Fe^{3+} {/eq} are contained in 6.51 mL of a {eq}1.69 \times 10^{-3} {/eq} M {eq}Fe(NO_3)_3 {/eq} solution?
Molarity
Molarity is a unit of concentration that describes the number of moles of a certain substance in a liter of a solution. When monoprotic strong acids dissociate in an aqueous solution, they can produce hydronium ions equal in concentration to the concentration of the strong acid.
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View this answerWe are given 6.51 mL of a {eq}1.69 \times 10^{-3} {/eq} M {eq}Fe(NO_3)_3 {/eq} solution.
First, we make a dissociation equation for iron (III)...
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Chapter 8 / Lesson 4What is molarity? What is molality? Compare molarity vs molality by viewing molality and molarity formulas, how to calculate molarity and molality, and examples.