A Metal M Of Atomic Mass 56 Amu Reacts With Chlorine To Form A Salt That Can Be Represented As Mci A Boiling Point E 1 (20.81 KiB) Viewed 36 times
A Metal M Of Atomic Mass 56 Amu Reacts With Chlorine To Form A Salt That Can Be Represented As Mci A Boiling Point E 2 (23.72 KiB) Viewed 36 times
A metal, M, of atomic mass 56 amu reacts with chlorine to form a salt that can be represented as MCI . A boiling point elevation experiment is performed to determine the subscript x, and therefore, the formula of the salt. A 26.5 g sample of the salt is dissolved in 100.0 g of water and the boiling point of the solution is found to be 376.36 K. Find the formula of the salt. Assume complete dissociation of the salt in solution. formula:
When 23.6 g of an organic compound known to be 54.53% C, 9.2% H, and 36.32% O by mass is dissolved in 758.5 g of water, the freezing point is -0.438 °C. The normal freezing point of water is 0 C. What is the molecular formula for the organic compound? Assume that the organic compound is a molecular solid and does not ionize in water. Ky values for various solvents are given in the colligative constants table. molecular formula: CHO
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