CHM130LL Take Home Quiz Week 13: Stoichiometry Each correct answer scores the points shown in brackets. For full credit, show each step in your math setup, include measurement units, and use the significant figures convention. Balance the reaction equations as needed. All elements and compounds are fictional. Google is not your friend. Alternate Universe Periodic Table W 5.00 g/mol 10.00 g/mol 15.00 g/mol 20.00 g/mol 25.00 g/mol 30.00 g/mol 35.00 g/mol 1. Calculate the molar mass and the mass percentage of R (%R) in G2ER4. [o1] Molar Mass %R 2. Calculate the amount (in moles) of A2 produced by decomposing 0.750 moles of DA3. [o1] + (8) (8) 7V (8) EV 3. Calculate the molar concentration (molarity) of a solution prepared by dissolving a 2.75-g sample of GRA in enough water to make 250.mL of solution. [o1] UULUTI
CHM130LL Take Home Quiz Week 13: Stoichiometry Each correct answer scores the points shown in brackets. For full credit, show each step in your math setup, include measurement units, and use the significant figures convention. Balance the reaction equations as needed. All elements and compounds are fictional. Google is not your friend. Alternate Universe Periodic Table W 5.00 g/mol 10.00 g/mol 15.00 g/mol 20.00 g/mol 25.00 g/mol 30.00 g/mol 35.00 g/mol 1. Calculate the molar mass and the mass percentage of R (%R) in G2ER4. [o1] Molar Mass %R 2. Calculate the amount (in moles) of A2 produced by decomposing 0.750 moles of DA3. [o1] + (8) (8) 7V (8) EV 3. Calculate the molar concentration (molarity) of a solution prepared by dissolving a 2.75-g sample of GRA in enough water to make 250.mL of solution. [o1] UULUTI
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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![CHM130LL Take Home Quiz
Week 13: Stoichiometry
Each correct answer scores the points shown in brackets.
For full credit, show each step in your math setup, include measurement units, and use the
significant figures convention. Balance the reaction equations as needed. All elements and
compounds are fictional. Google is not your friend.
Alternate Universe Periodic Table
A.
5.00 g/mol
D.
10.00 g/mol
E.
15.00 g/mol 20.00 g/mol 25.00 g/mol
M.
30.00 g/mol 35.00 g/mol
R
1. Calculate the molar mass and the mass percentage of R (%R) in G2ER4.
[o1]
Molar Mass175
%R
22
2. Calculate the amount (in moles) of A2 produced by decomposing 0.750 moles of DA3.
[o1]
DA3 (g) –
D2(g) +
(8) )
3. Calculate the molar concentration (molarity) of a solution prepared by dissolving a 2.75-g
sample of GRA in enough water to make 250.mL of solution.
[o1]
mote](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8e15392a-51cf-4d26-a252-3d85e611ef3e%2F20e35d15-6017-4c9f-8f7d-62ba7c08fddc%2Fu6mg0ie_processed.jpeg&w=3840&q=75)
Transcribed Image Text:CHM130LL Take Home Quiz
Week 13: Stoichiometry
Each correct answer scores the points shown in brackets.
For full credit, show each step in your math setup, include measurement units, and use the
significant figures convention. Balance the reaction equations as needed. All elements and
compounds are fictional. Google is not your friend.
Alternate Universe Periodic Table
A.
5.00 g/mol
D.
10.00 g/mol
E.
15.00 g/mol 20.00 g/mol 25.00 g/mol
M.
30.00 g/mol 35.00 g/mol
R
1. Calculate the molar mass and the mass percentage of R (%R) in G2ER4.
[o1]
Molar Mass175
%R
22
2. Calculate the amount (in moles) of A2 produced by decomposing 0.750 moles of DA3.
[o1]
DA3 (g) –
D2(g) +
(8) )
3. Calculate the molar concentration (molarity) of a solution prepared by dissolving a 2.75-g
sample of GRA in enough water to make 250.mL of solution.
[o1]
mote
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