moles of solute Molarity Molarity = liters of solution 1. Determine the molarity of these solutions: a. 4.67 moles of Li,SO; dissolved to make 2.04 liters of solution. b. 0.629 moles of Al,O3 to make 1.500 liters of solution. c. 4.783 grams of Na,CO, to make 10.00 liters of solution. d. 0.897 grams of (NH,)>CO3 to make 250 mL of solution. e. 0.0348 grams of PBCI2 to form 45.0 mL of solution.

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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O molarity prob x
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moles of solute
Molarity
Molarity =
liters of solution
1. Determine the molarity of these solutions:
a. 4.67 moles of LizSO3 dissolved to make 2.04 liters of solution.
b. 0.629 moles of Al2O3 to make 1.500 liters of solution.
c. 4.783 grams of Na,CO3 to make 10.00 liters of solution.
d. 0.897 grams of (NH4)2CO3 to make 250 mL of solution.
e. 0.0348 grams of PbCl, to form 45.0 mL of solution.
6:47 PM
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ENG
3/24/2021
Transcribed Image Text:O molarity prob x O Reading DQ b Answered: A# x 9 Microsoft Wo x M Inbox (738) M Inbox (1,072) x cartas de amc X + Module 13.1 O File | C:/Users/Sign-in/Downloads/molarity%20problems%20ws.pdf I Apps classlink O Module 13.1 A#1 E.. E Reading list canvas Microsoft Word - WS - Molarity.docx 1 / 2 + 100% moles of solute Molarity Molarity = liters of solution 1. Determine the molarity of these solutions: a. 4.67 moles of LizSO3 dissolved to make 2.04 liters of solution. b. 0.629 moles of Al2O3 to make 1.500 liters of solution. c. 4.783 grams of Na,CO3 to make 10.00 liters of solution. d. 0.897 grams of (NH4)2CO3 to make 250 mL of solution. e. 0.0348 grams of PbCl, to form 45.0 mL of solution. 6:47 PM O Type here to search ENG 3/24/2021
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