1. If you dissolve 10.00 g of K3N (s) in 9.00 L of water (density =...

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1. If you dissolve 10.00 g of K3N (s) in 9.00 L of water (density = 0.998 g/mL, K = 0.51 C/mol), what is the normal boiling point of the solution? 2. Urea, (NH)CO, is a non-electrolyte solute, is dissolved in 100.0 g of water (K = 1.86 C/m). The solution freezes at -0.085 C. How many grams of urea were dissolved to make this solution? 1. If you dissolve 10.00 g of K3N (s) in 9.00 L of water (density = 0.998 g/mL, K = 0.51 C/mol), what is the normal boiling point of the solution? 2. Urea, (NH)CO, is a non-electrolyte solute, is dissolved in 100.0 g of water (K = 1.86 C/m). The solution freezes at -0.085 C. How many grams of urea were dissolved to make this solution?

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Ill address each question separately 1 To find the normal boiling point of the solution for the compound KN we will use the formula for boiling point ... View the full answer