You are tasked with performing an experiment where you will mix solutions of lead (II) nitrate (16.4 M) with potassium iodide (15.4 M). Before you perform the experiment, you must first take 75.0 mL of each solution and dilute each to 125 mL. This is a double displacement reaction and you are expecting lead (II) iodide to precipitate. a) What is the overall balanced equation? b) What is the concentration of each solution after dilution? c) What mass of precipitate will form?
You are tasked with performing an experiment where you will mix solutions of lead (II) nitrate (16.4 M) with potassium iodide (15.4 M). Before you perform the experiment, you must first take 75.0 mL of each solution and dilute each to 125 mL. This is a double displacement reaction and you are expecting lead (II) iodide to precipitate. a) What is the overall balanced equation? b) What is the concentration of each solution after dilution? c) What mass of precipitate will form?
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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You are tasked with performing an experiment where you will mix solutions of lead (II) nitrate (16.4 M) with potassium iodide (15.4 M). Before you perform the experiment, you must first take 75.0 mL of each solution and dilute each to 125 mL. This is a double displacement reaction and you are expecting lead (II) iodide to precipitate.
a) What is the overall balanced equation?
b) What is the concentration of each solution after dilution?
c) What mass of precipitate will form?
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