The Coyote Valley BioChem Company has asked researchers Dr. Cathum Cat Ion and Dr. Anne Ion...

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The Coyote Valley BioChem Company has asked researchers Dr. Cathum "Cat" Ion and Dr. Anne Ion to prepare a new physiological organic salt solution equivalent of potassium glucose, K2CH1006 (MW = 256.2 g/mole) that happens by dissolving 283.0 g of the glucose salt in 149.0 g of water. %3D (a) Calculate the molality of your potassium glucose salt solution. (b) Determine the mole fraction of water (X H0) in the salt solution. lo ano innni (c) The vapor pressure of H20 at 40.0 °C is 83.7 torr. Assuming Raoult's Law applies, calculate the vapor pressure of your aqueous potassium glucose salt solution. (d) What would be the boiling point elevation (AT) of the potassium glucose salt solution? The two constants for water are Kr=D1.86 °C/m and K, = 0.51 °C/m. %3D Determine what would be the expected Osmotic Pressure (T) for 1,567 mL of this potassium glucose salt solution at a temperature of 40.5 °C. (e) The Coyote Valley BioChem Company has asked researchers Dr. Cathum "Cat" Ion and Dr. Anne Ion to prepare a new physiological organic salt solution equivalent of potassium glucose, K2CH1006 (MW = 256.2 g/mole) that happens by dissolving 283.0 g of the glucose salt in 149.0 g of water. %3D (a) Calculate the molality of your potassium glucose salt solution. (b) Determine the mole fraction of water (X H0) in the salt solution. lo ano innni (c) The vapor pressure of H20 at 40.0 °C is 83.7 torr. Assuming Raoult's Law applies, calculate the vapor pressure of your aqueous potassium glucose salt solution. (d) What would be the boiling point elevation (AT) of the potassium glucose salt solution? The two constants for water are Kr=D1.86 °C/m and K, = 0.51 °C/m. %3D Determine what would be the expected Osmotic Pressure (T) for 1,567 mL of this potassium glucose salt solution at a temperature of 40.5 °C. (e)

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