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2. (a) How many moles of Fe+ ions are present in 4.1510 mL of a 2.7610-2 M solution of Fe(NO3)2? Tries 0/99 (b) What
2. (a) How many moles of Fe+ ions are present in 4.1510 mL of a 2.7610-2 M solution of Fe(NO3)2? Tries 0/99 (b) What volume of a 5.5910-3 M solution of Al(NO)3 (in L) contains 5.1410-1 moles of NO ion? Tries 0/99 mol Tries 0/99 L (c) Calculate the molarity (in mol/L) of K+ ions present in an aqueous solution prepared by adding 40.3 mL of 4.1410-3 M aqueous KSO3 to 415 mL of water. mol/L
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Chemistry The Central Science
Authors: Theodore Brown, Eugene LeMay, Bruce Bursten, Catherine Murphy, Patrick Woodward
12th edition
321696727, 978-0132175081, 978-0321696724
