Mn. S,O. n H20 is the general formula of a certain hydrate. When 234.9 g of the compound of the anhydrate is 36.38% Mn, 21.24% S, and 42.38% 0. heated to drive off the water, 209.9 g of anhydrous compound is left. Further analysis shows that the percentage composition (Hint: Treat the anhydrous compound and water just as you have treated elements in calculating X in the formula of the hydrate.) (Use an asterisk to enter the dot in the formula. If a subscript is 1, omit it.) a. Find the empirical formula of the anhydrous compound. b. Find the empirical formula of the hydrate.
Mn. S,O. n H20 is the general formula of a certain hydrate. When 234.9 g of the compound of the anhydrate is 36.38% Mn, 21.24% S, and 42.38% 0. heated to drive off the water, 209.9 g of anhydrous compound is left. Further analysis shows that the percentage composition (Hint: Treat the anhydrous compound and water just as you have treated elements in calculating X in the formula of the hydrate.) (Use an asterisk to enter the dot in the formula. If a subscript is 1, omit it.) a. Find the empirical formula of the anhydrous compound. b. Find the empirical formula of the hydrate.
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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Transcribed Image Text:Mn. S,O. n H20 is the general formula of a certain hydrate. When 234.9 g of the compound is heated to drive off the water, 209.9 g of anhydrous compound is left. Further analysis shows that the percentage composition
of the anhydrate is 36.38% Mn, 21.24% S, and 42.38% 0.
(Hint: Treat the anhydrous compound and water just as you have treated elements in calculating X in the formula of the hydrate.)
(Use an asterisk to enter the dot in the formula. If a subscript is 1, omit it.)
a. Find the empirical formula of the anhydrous compound.
b. Find the empirical formula of the hydrate.
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