1. ) 70.90 g/mol 2 Clzg) 26.98 g/mol + 3 Ale) 133.3 g/mol →2 AICI6) a. Calculate the theoretical yield of aluminum chloride (in grams) that can be produced from 15.00 grams of aluminum metal. b. A student performed an experiment and obtained 25.21 grams of aluminum chloride. Determine the percent yield of aluminum chloride. 149.88g/mol 2. ) 50.94g/mol 4V6) 32.00 g/mol 30219) + a. Calculate the theoretical yield of vanadium (III) oxide, assuming you begin with 220 grams of vanadium metal. b. When this experiment is performed by researcher, an experimental yield 182.0 grams is produced. Calculate the percent yield.
1. ) 70.90 g/mol 2 Clzg) 26.98 g/mol + 3 Ale) 133.3 g/mol →2 AICI6) a. Calculate the theoretical yield of aluminum chloride (in grams) that can be produced from 15.00 grams of aluminum metal. b. A student performed an experiment and obtained 25.21 grams of aluminum chloride. Determine the percent yield of aluminum chloride. 149.88g/mol 2. ) 50.94g/mol 4V6) 32.00 g/mol 30219) + a. Calculate the theoretical yield of vanadium (III) oxide, assuming you begin with 220 grams of vanadium metal. b. When this experiment is performed by researcher, an experimental yield 182.0 grams is produced. Calculate the percent yield.
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter4: Stoichiometry: Quantitative Information About Chemical Reactions
Section: Chapter Questions
Problem 17PS: In the thermite reaction, iron(III) oxide is reduced by aluminum to give molten iron Fe2O3(S) + 2...
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Question
![133.3 g/mol
70.90 g/mol
2 Cl29)
26.98 g/mol
3 Ale >2 AICI3g)
1.)
+
a. Calculate the theoretical yield of aluminum chloride (in grams) that can be
produced from 15.00 grams of aluminum metal.
b. A student performed an experiment and obtained 25.21 grams of aluminum
chloride. Determine the percent yield of aluminum chloride.
149.88g/mol
2. ) 50.94g/mol
4V (9)
32.00 g/mol
3029)
+
a. Calculate the theoretical yield of vanadium (III) oxide, assuming you begin with
220 grams of vanadium metal.
b. When this experiment is performed by researcher, an experimental yield 182.0
grams is produced. Calculate the percent yield.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F877592f3-7fba-4174-8e55-2d4e365ba9d8%2F20021da9-e71a-44f7-88d7-fdd5c2518b81%2Fl20aev_processed.png&w=3840&q=75)
Transcribed Image Text:133.3 g/mol
70.90 g/mol
2 Cl29)
26.98 g/mol
3 Ale >2 AICI3g)
1.)
+
a. Calculate the theoretical yield of aluminum chloride (in grams) that can be
produced from 15.00 grams of aluminum metal.
b. A student performed an experiment and obtained 25.21 grams of aluminum
chloride. Determine the percent yield of aluminum chloride.
149.88g/mol
2. ) 50.94g/mol
4V (9)
32.00 g/mol
3029)
+
a. Calculate the theoretical yield of vanadium (III) oxide, assuming you begin with
220 grams of vanadium metal.
b. When this experiment is performed by researcher, an experimental yield 182.0
grams is produced. Calculate the percent yield.
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