Aluminum and sulfur react to form aluminum sulfide equation: by the LAl(s) + AleS3 (s) In an experiment, 165 g of Al2Sa was produced from 65.0 g Al and 255g of S8.

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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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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For items 1-4 please refer to the problem on the picture. Answer the following questions correctly and choose the correct answer.

1. What are the respective coefficients when the equation is balanced with the smallest whole numbers?

A. 1, 1, 1     B. 2, 4, 6      C. 3, 8, 16    D. 16, 3, 8

2. Which of the following is the limiting reactant?

A. Aluminum                     B. Aluminum sulfide

C. Aluminum and sulfur            D. Sulfur

3. How Al2S3 formed during the chemical reaction?

A. 116 g     B. 139 g     C. 181 g     D. 398 g

4. How much of the excess reactant left unreacted?

A. 116 g     B. 139 g      C. 181 g        D. 398 g

Aluminum and sulfur regct to form aluminum sulfide
equation:
by the
Al(s) +-S>
Al2S3 (s)
In an experiment, 165 g of AlaS3 was produced from 65.0
g Al and 255 g of
S8.
Transcribed Image Text:Aluminum and sulfur regct to form aluminum sulfide equation: by the Al(s) +-S> Al2S3 (s) In an experiment, 165 g of AlaS3 was produced from 65.0 g Al and 255 g of S8.
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