1. A solution of NiCl2 is prepared which has an analytical molarity of 0.442 M. What is the molar equilibrium concentration of Cl-? You may assume that NiCl2 dissociates completely. 2.A solution of Co(NO3)2 is prepared

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Chapter1: Chemical Foundations
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1. A solution of NiCl2 is prepared which
has an analytical molarity of 0.442 M.
What is the molar equilibrium
concentration of Cl-? You may assume
that NiCl2 dissociates completely.
2.A solution of Co(NO3)2 is prepared
which has an analytical molarity of
0.422 M. What is the molar equilibrium
concentration of Co<+? You may
assume that Co(NO3)2 dissociates
completely.
3.For the compound in the previous
question, what is its equilibrium
molarity? You may assume that the
compound dissociates completely.
4.A solution was prepared by dissolving
54.9 g of Fe(NO3)3 in sufficient water to
give 500. mL. Calculate the molar
analytical concentration of Fe(NO3)3.
5. What is the mass in grams of 0.0371
mol of PbO?
Transcribed Image Text:1. A solution of NiCl2 is prepared which has an analytical molarity of 0.442 M. What is the molar equilibrium concentration of Cl-? You may assume that NiCl2 dissociates completely. 2.A solution of Co(NO3)2 is prepared which has an analytical molarity of 0.422 M. What is the molar equilibrium concentration of Co<+? You may assume that Co(NO3)2 dissociates completely. 3.For the compound in the previous question, what is its equilibrium molarity? You may assume that the compound dissociates completely. 4.A solution was prepared by dissolving 54.9 g of Fe(NO3)3 in sufficient water to give 500. mL. Calculate the molar analytical concentration of Fe(NO3)3. 5. What is the mass in grams of 0.0371 mol of PbO?
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