It is noted that “i” was treated as being two here. Was it? What factors affect the value of i?

i is van't hoff factor 

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Post Lab Questions: 1. Calculate the freezing point of a solution containing 1.64 g of p-dichlorobenzene (CeHCl2; molar mass=154.2 g/mol) dissolved in 12.51 g of camphor. The freezing point of pure camphor is 178.4 C, and its Kf= -37.7C kg/mol 2. When 3.24 g of p-dichlorobenzene was dissolved in 25.40 g of benzene, the solution froze at - 1.9 C.The freezing point of pure benzene is 5.4 c. Calculate the Krof benzene. Now, calculate the theoretical boiling point of the same mixture. 3. A solution containing 1.05 g of an unknown plus 6.12 g of camphor froze at 158.4 C. The freezing point of pure camphor is 178.4 C, and its Kris -37.7 C kg/mol. Calculate the molar mass of the unknown. 4. It is noted that "i" was treated as being two here. Was it? What factors affect the value of i? Post Lab Questions: 1. Calculate the freezing point of a solution containing 1.64 g of p-dichlorobenzene (CeHCl2; molar mass=154.2 g/mol) dissolved in 12.51 g of camphor. The freezing point of pure camphor is 178.4 C, and its Kf= -37.7C kg/mol 2. When 3.24 g of p-dichlorobenzene was dissolved in 25.40 g of benzene, the solution froze at - 1.9 C.The freezing point of pure benzene is 5.4 c. Calculate the Krof benzene. Now, calculate the theoretical boiling point of the same mixture. 3. A solution containing 1.05 g of an unknown plus 6.12 g of camphor froze at 158.4 C. The freezing point of pure camphor is 178.4 C, and its Kris -37.7 C kg/mol. Calculate the molar mass of the unknown. 4. It is noted that "i" was treated as being two here. Was it? What factors affect the value of i?

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1 As we knowthat according to the colligative property depression in freezing point T 377164100... View the full answer