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  1. Experiment 11: Determination of Waters of Hydration November 19, 2015 Chemistry 111. Abstract. The experiment’s purpose was to find the number of waters of hydration of a compound. by heating and weighing it to find the amount of water that was lost. Two compounds were

  2. This document discusses calculating the percentage of water in hydrated salts. It provides procedures to heat hydrated salts in a crucible and weigh them to determine water loss. Percentages of water were calculated for samples of MgSO4.5H2O (44.51%), BaCl2.2H2O (13.91%), and NiCl2.6H2O (46.69%).

  3. This lab explored hydrates and the 4 objectives in a three procedure process through observation, experimentation, and mathematical methods to help prove whether dehydration of a hydrate is reversible or not.

  4. Water hydration is vital when reviewing crystals and salts. Especially since salts tend to crystallize by grabbing unto water. It is here that it is important, since a lot of reactions deal with salts, salts are related to hydration and so we must review it.

  5. 10 Φεβ 2021 · In this experiment, students will dehydrate an unknown hydrate sample by heating, and calculate the amount of water lost in the process. Students will determine the ratio between the moles of water lost and the moles of anhydrous salt and write the chemical formula of the hydrate sample.

  6. Introduction: You will determine the percentage of water in a hydrate and the empirical formula of a hydrated salt. Background: Hydrates are chemical compounds that contain water as part of their crystal structure.

  7. To learn how to determine the empirical formula of a hydrate. The authors will grant permission for not-for-profit reuse or modification in any format at no charge. Please contact the authors (GenChemLabs@valenciacollege.edu) for permission. Appropriate credit should be given.

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