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.
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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![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.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcc18eb7c-b058-4c89-9797-bb6af22b6e24%2F201cd952-ac51-4646-bd73-6dc66256d2e5%2F148qlvr_processed.png&w=3840&q=75)
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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