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Consider two compounds. Compound A contains 15.7 g of sulfur and 18.6 of fluorine. Compound B contains 25.4 of sulfur and 60.2 g of flurine. A. What is the mass ratio of flurine to sulfur in Compound A. B. What is the mass ratio of fluorine to sulfur in Compound B. C. Using the law of definite proportions (also called the law of constant composition), could compound A and compound B be the same compound?

Consider two compounds. Compound A contains 15.7 g of sulfur and 18.6 of fluorine. Compound B contains 25.4 of sulfur and 60.2 g of flurine. A. What is the mass ratio of flurine to sulfur in Compound A. B. What is the mass ratio of fluorine to sulfur in Compound B. C. Using the law of definite proportions (also called the law of constant composition), could compound A and compound B be the same compound?

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
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Consider two compounds. Compound A contains 15.7 g of sulfur and 18.6 of fluorine. Compound B contains 25.4 of sulfur and 60.2 g of flurine.

A. What is the mass ratio of flurine to sulfur in Compound A.

B. What is the mass ratio of fluorine to sulfur in Compound B.

C. Using the law of definite proportions (also called the law of constant composition), could compound A and compound B be the same compound?

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What is the mass ratio of chlorine to phosphorus in Compound B?

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Follow-up Question

Consider two compounds.

Compound A contains 2.77 g of 4 phosphorus and 9.53 g of chlorine.

Compound B contains 11.9 g of phosphorus and 40.9 g of chlorine.

What is the mass ratio of chlorine to phosphorus in Compound A?

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