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Reaction: 2HCI + Ca(OH)2 →2H20 + CaCl2 Volume of saturated calcium Initial Burette Final Burette Volume of HCI hydroxide solution Volume of 0.05M HCI 0.019 L 0.006 L 0.015 L 3. Use the mols of calcium hydroxide and the volume of calcium hydroxide to determine the molarity of calcium hydroxide in the saturated solution Molarity = 0.047 M %3D 0.047 x 0.019 = 0.000893 moles 4. Use the molar solubility of calcium hydroxide (from #3, Analysis) to determine the molarity of calcium ion and the hydroxide ion in the saturated solution of calcium hydroxide. the calcium ion and hydroxide ion to determine the experimental Ksp for calcium.hydroxide Use the molarity of

Reaction: 2HCI + Ca(OH)2 →2H20 + CaCl2 Volume of saturated calcium Initial Burette Final Burette Volume of HCI hydroxide solution Volume of 0.05M HCI 0.019 L 0.006 L 0.015 L 3. Use the mols of calcium hydroxide and the volume of calcium hydroxide to determine the molarity of calcium hydroxide in the saturated solution Molarity = 0.047 M %3D 0.047 x 0.019 = 0.000893 moles 4. Use the molar solubility of calcium hydroxide (from #3, Analysis) to determine the molarity of calcium ion and the hydroxide ion in the saturated solution of calcium hydroxide. the calcium ion and hydroxide ion to determine the experimental Ksp for calcium.hydroxide Use the molarity of

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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answer #4 plz I included number 3 for reference
Reaction: 2HCI + Ca(OH)2 →2H20 + CaCl2 Volume of saturated calcium Initial Burette Final Burette Volume of HCI hydroxide solution Volume of 0.05M HCI 0.019 L 0.006 L 0.015 L 3. Use the mols of calcium hydroxide and the volume of calcium hydroxide to determine the molarity of calcium hydroxide in the saturated solution Molarity = 0.047 M 0.047 x 0.019 = 0.000893 moles 4. Use the molar solubility of calcium hydroxide (from #3, Analysis) to determine the molarity of calcium ion and the hydroxide ion in the saturated solution of calcium hydroxide. the calcium ion and hydroxide ion to determine the experimental Ksp for calcium.hydroxide Use the molarity of
Transcribed Image Text:Reaction: 2HCI + Ca(OH)2 →2H20 + CaCl2 Volume of saturated calcium Initial Burette Final Burette Volume of HCI hydroxide solution Volume of 0.05M HCI 0.019 L 0.006 L 0.015 L 3. Use the mols of calcium hydroxide and the volume of calcium hydroxide to determine the molarity of calcium hydroxide in the saturated solution Molarity = 0.047 M 0.047 x 0.019 = 0.000893 moles 4. Use the molar solubility of calcium hydroxide (from #3, Analysis) to determine the molarity of calcium ion and the hydroxide ion in the saturated solution of calcium hydroxide. the calcium ion and hydroxide ion to determine the experimental Ksp for calcium.hydroxide Use the molarity of
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