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3. Please use the balanced reaction and table provided below to answer the following questions: Reagent or A + B → C M.W. (g/mol) Density Product A 65.89 0.763- g cm³ B C 98.23 1.12- g cm3 164.12 N/A (a) [5 pts] Determine the theoretical yield of product C if 180 mg of A was reacted with 3.00 mL of B. (*Hint: mL = 1 cm³). Must show all work for full credit. (b) [3 pts] Determine how many mL of B are required to react with 250 mg of A at a 1:1 molar equivalent. (*Hint: you want the same number of mols for both A and B for a 1:1 equivalent). (c) [2 pts] Determine the percent yield if the theoretical yield is 210.9 g and the actual yield is 189.3 g.

3. Please use the balanced reaction and table provided below to answer the following questions: Reagent or A + B → C M.W. (g/mol) Density Product A 65.89 0.763- g cm³ B C 98.23 1.12- g cm3 164.12 N/A (a) [5 pts] Determine the theoretical yield of product C if 180 mg of A was reacted with 3.00 mL of B. (*Hint: mL = 1 cm³). Must show all work for full credit. (b) [3 pts] Determine how many mL of B are required to react with 250 mg of A at a 1:1 molar equivalent. (*Hint: you want the same number of mols for both A and B for a 1:1 equivalent). (c) [2 pts] Determine the percent yield if the theoretical yield is 210.9 g and the actual yield is 189.3 g.

EBK A SMALL SCALE APPROACH TO ORGANIC L
EBK A SMALL SCALE APPROACH TO ORGANIC L
4th Edition
ISBN:9781305446021
Author:Lampman
Publisher:Lampman
Chapter13: Isolation Of Eugenol From Clov
Section: Chapter Questions
Problem 9Q
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3. Please use the balanced reaction and table provided below to answer the following questions: Reagent or A + B → C M.W. (g/mol) Density Product A 65.89 0.763- g cm³ B C 98.23 1.12- g cm3 164.12 N/A (a) [5 pts] Determine the theoretical yield of product C if 180 mg of A was reacted with 3.00 mL of B. (*Hint: mL = 1 cm³). Must show all work for full credit. (b) [3 pts] Determine how many mL of B are required to react with 250 mg of A at a 1:1 molar equivalent. (*Hint: you want the same number of mols for both A and B for a 1:1 equivalent). (c) [2 pts] Determine the percent yield if the theoretical yield is 210.9 g and the actual yield is 189.3 g.
Transcribed Image Text:3. Please use the balanced reaction and table provided below to answer the following questions: Reagent or A + B → C M.W. (g/mol) Density Product A 65.89 0.763- g cm³ B C 98.23 1.12- g cm3 164.12 N/A (a) [5 pts] Determine the theoretical yield of product C if 180 mg of A was reacted with 3.00 mL of B. (*Hint: mL = 1 cm³). Must show all work for full credit. (b) [3 pts] Determine how many mL of B are required to react with 250 mg of A at a 1:1 molar equivalent. (*Hint: you want the same number of mols for both A and B for a 1:1 equivalent). (c) [2 pts] Determine the percent yield if the theoretical yield is 210.9 g and the actual yield is 189.3 g.
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