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(C=12.01g/mol; H=1.008g/mol; S=32.07g/mol; O=16.00g/mol) Black smokers are found in the depths of the oceans. Thinking that the conditions in these smokers might be conducive to the formation of organic compounds, two chemists in Germany found the following reaction could occur in similar conditions. 2CH3SH + CO→ CH3COSCH3 + H₂S If you begin with 18.21 g of CH3SH and excess CO, What is the theoretical yield of CH3COSCH3? If 2.043 g of CH3COSCH3 is isolated, what is its percent yield?

(C=12.01g/mol; H=1.008g/mol; S=32.07g/mol; O=16.00g/mol) Black smokers are found in the depths of the oceans. Thinking that the conditions in these smokers might be conducive to the formation of organic compounds, two chemists in Germany found the following reaction could occur in similar conditions. 2CH3SH + CO→ CH3COSCH3 + H₂S If you begin with 18.21 g of CH3SH and excess CO, What is the theoretical yield of CH3COSCH3? If 2.043 g of CH3COSCH3 is isolated, what is its percent yield?

Chemistry
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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(C=12.01g/mol; H=1.008g/mol; S=32.07g/mol; O=16.00g/mol) Black smokers are found in the depths of the oceans. Thinking that the conditions in these smokers might be conducive to the formation of organic compounds, two chemists in Germany found the following reaction could occur in similar conditions. 2CH3SH + CO → CH3COSCH3 + H₂S If you begin with 18.21 g of CH3SH and excess CO, What is the theoretical yield of CH3COSCH3? If 2.043 g of CH3COSCH3 is isolated, what is its percent yield?
Transcribed Image Text:(C=12.01g/mol; H=1.008g/mol; S=32.07g/mol; O=16.00g/mol) Black smokers are found in the depths of the oceans. Thinking that the conditions in these smokers might be conducive to the formation of organic compounds, two chemists in Germany found the following reaction could occur in similar conditions. 2CH3SH + CO → CH3COSCH3 + H₂S If you begin with 18.21 g of CH3SH and excess CO, What is the theoretical yield of CH3COSCH3? If 2.043 g of CH3COSCH3 is isolated, what is its percent yield?
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