Assuming that Ag+ and SO3 ²- ions stay intact in the absence of hydrolysis and do not form ion pairs, the mass balance equation for a saturated solution of the sparingly soluble salt Ag₂SO3 is a. [Ag+] = 2[SO3²-] b. [Ag2] [SO32-] = c. [Ag] = [SO3²¯] d. [Ag+] = [SO3²-12 e. [Ag+]² = [SO3²-] ✓ f. 2[Ag+] = [SO3²¯]
Assuming that Ag+ and SO3 ²- ions stay intact in the absence of hydrolysis and do not form ion pairs, the mass balance equation for a saturated solution of the sparingly soluble salt Ag₂SO3 is a. [Ag+] = 2[SO3²-] b. [Ag2] [SO32-] = c. [Ag] = [SO3²¯] d. [Ag+] = [SO3²-12 e. [Ag+]² = [SO3²-] ✓ f. 2[Ag+] = [SO3²¯]
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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![Assuming that Ag+ and SO3 ²- ions stay intact in the absence of
hydrolysis and do not form ion pairs, the mass balance
equation for a saturated solution of the sparingly soluble salt
Ag₂SO3 is
a. [Ag+] = 2[SO3²-]
b. [Ag2] [SO32-]
=
c. [Ag] = [SO3²¯]
d. [Ag+] = [SO3²-12
e. [Ag+]² = [SO3²-]
✓
f. 2[Ag+] = [SO3²¯]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2480c5c0-690d-472b-9712-65962b3732cd%2F6e388158-1f28-4dad-a894-c5c2300eb3c7%2Fbcgtui8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Assuming that Ag+ and SO3 ²- ions stay intact in the absence of
hydrolysis and do not form ion pairs, the mass balance
equation for a saturated solution of the sparingly soluble salt
Ag₂SO3 is
a. [Ag+] = 2[SO3²-]
b. [Ag2] [SO32-]
=
c. [Ag] = [SO3²¯]
d. [Ag+] = [SO3²-12
e. [Ag+]² = [SO3²-]
✓
f. 2[Ag+] = [SO3²¯]
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