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OH acid heat 3,3-dimethyl-2-butanol CeH12 F.W. = 84.2 CgH12 F.W. = 84.2 CeH12 C6H140 F.W. = 84.2 bp = 41.2 °C density = 0.65 g/ml Hazards: Flammable, irritant bp = 55.8 °C density = 0.68 g/ml Hazards: Flammable, irritant Hazards: Flammable, irritant bp = 73.2 °C density = 0.71 g/ml F.W. = 102.2 bp = 120.1 °C density = 0.812 g/ml Hazards: Flammable Assume that you began with 12 g of 3,3-dimethyl-2-butanol. Calculate the theoretical yield of the product mixture in grams .). Include the units in your calculation to ensure you get the proper conversions. Are the products becoming smaller or lighter? Would you get a larger or smaller mass? Note that each product has the same molecular weight. Work in your lab notebook first and transfer your good answers to this sheet.

OH acid heat 3,3-dimethyl-2-butanol CeH12 F.W. = 84.2 CgH12 F.W. = 84.2 CeH12 C6H140 F.W. = 84.2 bp = 41.2 °C density = 0.65 g/ml Hazards: Flammable, irritant bp = 55.8 °C density = 0.68 g/ml Hazards: Flammable, irritant Hazards: Flammable, irritant bp = 73.2 °C density = 0.71 g/ml F.W. = 102.2 bp = 120.1 °C density = 0.812 g/ml Hazards: Flammable Assume that you began with 12 g of 3,3-dimethyl-2-butanol. Calculate the theoretical yield of the product mixture in grams .). Include the units in your calculation to ensure you get the proper conversions. Are the products becoming smaller or lighter? Would you get a larger or smaller mass? Note that each product has the same molecular weight. Work in your lab notebook first and transfer your good answers to this sheet.

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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OH acid heat 3,3-dimethyl-2-butanol CeH12 CsH12 C3H12 F.W. = 84.2 C6H140 F.W. = 84.2 F.W. = 84.2 bp = 41.2 °C density = 0.65 g/ml Hazards: Flammable, irritant bp = 55.8 °C density = 0.68 g/ml Hazards: Flammable, irritant Hazards: Flammable, irritant bp = 73.2 °C density = 0.71 g/ml F.W. = 102.2 bp = 120.1 °C density = 0.812 g/ml Hazards: Flammable Assume that you began with 12 g of 3,3-dimethyl-2-butanol. Calculate the theoretical yield of the product mixture in grams .). Include the units in your calculation to ensure you get the proper conversions. Are the products becoming smaller or lighter? Would you get a larger or smaller mass? Note that each product has the same molecular weight. Work in your lab notebook first and transfer your good answers to this sheet.
Transcribed Image Text:OH acid heat 3,3-dimethyl-2-butanol CeH12 CsH12 C3H12 F.W. = 84.2 C6H140 F.W. = 84.2 F.W. = 84.2 bp = 41.2 °C density = 0.65 g/ml Hazards: Flammable, irritant bp = 55.8 °C density = 0.68 g/ml Hazards: Flammable, irritant Hazards: Flammable, irritant bp = 73.2 °C density = 0.71 g/ml F.W. = 102.2 bp = 120.1 °C density = 0.812 g/ml Hazards: Flammable Assume that you began with 12 g of 3,3-dimethyl-2-butanol. Calculate the theoretical yield of the product mixture in grams .). Include the units in your calculation to ensure you get the proper conversions. Are the products becoming smaller or lighter? Would you get a larger or smaller mass? Note that each product has the same molecular weight. Work in your lab notebook first and transfer your good answers to this sheet.
T i) What would be your "percent yield" if you recovered 7.61 g of the product mixture? ' j) Consider that all of the 12 g of alcohol would be converted to 2,3-dimethyl-2-butene. How many mL would you obtain? (nt) Acids & Bases We also need to understand electronegativity trends to assess bond polarity, and ultimately, solubility patters and acid-base behavior. You may want to consult the periodic table to evalu:
Transcribed Image Text:T i) What would be your "percent yield" if you recovered 7.61 g of the product mixture? ' j) Consider that all of the 12 g of alcohol would be converted to 2,3-dimethyl-2-butene. How many mL would you obtain? (nt) Acids & Bases We also need to understand electronegativity trends to assess bond polarity, and ultimately, solubility patters and acid-base behavior. You may want to consult the periodic table to evalu:
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