1. Mass of crucible is 23.43 2. Mass of crucible and hydrate is 29.243.Mass of crucible and anhydrate 26.313a. Mass of crucible and anhydrate second heading 26.28 by your instructor.Calculations4 Calculate the mass of the hydrate (2 - 1)5. Calculate the mass of the anhydrate after heating (3- 1)6. Calculate the mass of water lost from the hydrate sample (4-5)7. Calculate the percent H2O in the hydrate by dividing the mass of H,O lost (6) by the mass of thehydrate (4) and multiply by 100%.Percent water in hydrateg waterx100%%3Dg hydrate8. Calculate the moles of H2O in the hydrate by dividing the mass of the H,O (6) by its molar mass.Moles of water = g water x1 mole water%3D18.02 g water9. Calculate the moles of anhydrate by dividing the mass of the anhydrate by its molar mass.1 mole anhydrate120.4 g anhydrateMoles of anhydrate = g anhydrate x-%3D10. To determine the ratio of moles of water to 1 mole of anhydrate, divide the moles of water (8) bythe moles of anhydrate (9). Round off the value for moles of H,0 to the nearest whole number.moles of watermoles of H,Omoles of MgS041 mole of MgSO411. Complete the formula of the hydrate by writing in the number of moles of water for each mole ofanhydrate. 7. Percent water(Show calculations.)8. Moles of water(Show calculations.)moles9. Moles of salt (anhydrate)(Show calculations.)moles10. Ratio of moles of water to moles of hydrate(Show calculations.)11. Formula of hydrateMgSO4 •H,OQuestions and ProblemsQ5 Using the formula you obtained in B11, write a balanced equation for the dehy-dration of the MgSO, hydrate used in the experiment.

Answered: Image /qna-images/answer/004912cc-64b0-4c76-b986-daa9004157ce.jpg

by your instructor. Calculations 4. Calculate the mass of the hydrate (2 - 1) 5 Calculate the mass of the anhydrate after heating (3- 1) 6 Calculate the mass of water lost from the hydrate sample (4-5) 7. Calculate the percent H20 in the hydrate by dividing the moon

by your instructor. Calculations 4. Calculate the mass of the hydrate (2 - 1) 5 Calculate the mass of the anhydrate after heating (3- 1) 6 Calculate the mass of water lost from the hydrate sample (4-5) 7. Calculate the percent H20 in the hydrate by dividing the moon

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter15: Solutions

Section: Chapter Questions

Problem 87QAP: 87. What volume of 0.151 N NaOH is required to neutralize 24.2 mL of 0.125 N H2SO4? What volume of...

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