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17 Nov 2019
Immunoglobulin G (IgG), formerly called gamma globulin, Is a principal antibody In blood serum. A 0.592 gram sample of Immunoglobulin G is dissolved in water to make 0.117 L of solution, and the osmotic pressure of the solution at 25 degree C is found to be 0.836 mbar. Calculate the molecular mass of Immunoglobulin G. The osmotic pressure, pi, is given by tt= R middot T' middot M_t where R is the ideal gas constant. T is the absolute temperature and is the colligate molarity For this problem, assume that the molarity and colligate molarity are the same Start by calculating the molarity of the solution
Immunoglobulin G (IgG), formerly called gamma globulin, Is a principal antibody In blood serum. A 0.592 gram sample of Immunoglobulin G is dissolved in water to make 0.117 L of solution, and the osmotic pressure of the solution at 25 degree C is found to be 0.836 mbar. Calculate the molecular mass of Immunoglobulin G. The osmotic pressure, pi, is given by tt= R middot T' middot M_t where R is the ideal gas constant. T is the absolute temperature and is the colligate molarity For this problem, assume that the molarity and colligate molarity are the same Start by calculating the molarity of the solution
Elin HesselLv2
9 May 2019