3. As shown in the table below, the general formula of barium chloride hydrate is BaCl2 nH20, where n is the number of water molecules. Complete the table, and calculate the theoretical percent water in the hydrate. Note that BaCl2 is not a hydrate; it is simply the anhydrous salt. BaCl2 BaCl2 H20 BaCl2 2H20 BaCl2 3H20 Sum of atomic masses of 208.23 208.23 anhydrous salt (BaCl2) Sum of atomic masses of 0 18.02 water (nH20) Sum of atomic masses of 208.23 244.26 the hydrate (Ba Cl 2 *n H2 O) (0/208.23) x 100%= 0% Percent water in hydrate (theoretical)
3. As shown in the table below, the general formula of barium chloride hydrate is BaCl2 nH20, where n is the number of water molecules. Complete the table, and calculate the theoretical percent water in the hydrate. Note that BaCl2 is not a hydrate; it is simply the anhydrous salt. BaCl2 BaCl2 H20 BaCl2 2H20 BaCl2 3H20 Sum of atomic masses of 208.23 208.23 anhydrous salt (BaCl2) Sum of atomic masses of 0 18.02 water (nH20) Sum of atomic masses of 208.23 244.26 the hydrate (Ba Cl 2 *n H2 O) (0/208.23) x 100%= 0% Percent water in hydrate (theoretical)
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:3. As shown in the table below, the general formula of barium chloride hydrate is BaCl2 nH20, where
n is the number of water molecules. Complete the table, and calculate the theoretical percent
water in the hydrate. Note that BaCl2 is not a hydrate; it is simply the anhydrous salt.
BaCl2
BaCl2 H20
BaCl2 2H20
BaCl2 3H20
Sum of atomic masses of
208.23
208.23
anhydrous salt (BaCl2)
Sum of atomic masses of
0
18.02
water (nH20)
Sum of atomic masses of
208.23
244.26
the hydrate (Ba Cl 2 *n H2 O)
(0/208.23) x
100%= 0%
Percent water in hydrate
(theoretical)
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