The nonvolatile, nonelectrolyte testosterone, C19H28O2 (288.40 g/mol), is soluble in benzene C6H6. Calculate the osmotic pressure generated when 12.9 grams of testosterone are dissolved in 286 ml of a benzene solution at 298 K.

Question

Chemistry

Greta Wallace

31 August, 01:38

The nonvolatile, nonelectrolyte testosterone, C19H28O2 (288.40 g/mol), is soluble in benzene C6H6. Calculate the osmotic pressure generated when 12.9 grams of testosterone are dissolved in 286 ml of a benzene solution at 298 K.

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Answers (1)

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Daisy Leach · Answer 1

3.824 atm

Explanation:

From the ideal gas equation

P = mRT/MW * V

m is mass of testosterone = 12.9 g

R is gas constant = 82.057 cm^3. atm/mol. K

T is temperature of benzene solution = 298 K

MW is molecular weight of testosterone = 288.40 g/mol

V is volume of benzene solution = 286 ml = 286 cm^3

P = 12.9*82.057*298/288.4*286 = 3.824 atm