Choose the principal components, and write the right-hand side (numeri- cal value) of the corresponding mole balances for each of the following systems: a. Recipe b. Recipe c. Recipe d. Recipe [NaHCO3] = 10-3 M, [HCI] = [NaOH] = 10-2 M, no gas or solid phase [NaHCO3] = [HCI] = 10-3 M, [NaOH]r = 10-2 M, no gas or solid phase [NaHCO3] = [NaOH] = 10-3 M, [HCI] = 10-2 M, no gas or solid phase [Na2CO3] = 103 M, [HCI] = [NaOH] = 10-2 M, no gas or solid phase e. Recipe [NaHCO3]r = 10-3 M, Pco₂ = 10-3.5 atm, no solid phase f. Recipe g. Recipe [NaHCO3]r = 10-3 M, [Ca(OH)2]r = 102 M, CaCO3(s) precipitates, no gas phase [NaHCO3] = 10-3 M, [Ca(OH)2]r = 102 M, Pco₂ = 10-3.5 atm, CaCO3(s) precipitates
Choose the principal components, and write the right-hand side (numeri- cal value) of the corresponding mole balances for each of the following systems: a. Recipe b. Recipe c. Recipe d. Recipe [NaHCO3] = 10-3 M, [HCI] = [NaOH] = 10-2 M, no gas or solid phase [NaHCO3] = [HCI] = 10-3 M, [NaOH]r = 10-2 M, no gas or solid phase [NaHCO3] = [NaOH] = 10-3 M, [HCI] = 10-2 M, no gas or solid phase [Na2CO3] = 103 M, [HCI] = [NaOH] = 10-2 M, no gas or solid phase e. Recipe [NaHCO3]r = 10-3 M, Pco₂ = 10-3.5 atm, no solid phase f. Recipe g. Recipe [NaHCO3]r = 10-3 M, [Ca(OH)2]r = 102 M, CaCO3(s) precipitates, no gas phase [NaHCO3] = 10-3 M, [Ca(OH)2]r = 102 M, Pco₂ = 10-3.5 atm, CaCO3(s) precipitates
Chemistry
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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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![Choose the principal components, and write the right-hand side (numeri-
cal value) of the corresponding mole balances for each of the following
systems:
a. Recipe
b. Recipe
c. Recipe
d. Recipe
e. Recipe
f. Recipe
g. Recipe
[NaHCO3]T
gas or solid phase
[NaHCO3]r = [HC1],= 10-3 M, [NaOH] = 10-2 M, no
gas or solid phase
[NaOH] = 10-3 M, [HC1], 10-² M, no
10-2 M, no gas
=
[NaHCO3]T
gas or solid phase
[Na₂CO3]7 10-3 M, [HC1] =
or solid phase
=
10-3 M, [HC], [NaOH]T= 10-2 M, no
=
=
=
[NaOH]T
[NaHCO3]r = 10-3 M, Pco₂ = 10-3.5 atm, no solid phase
[NaHCO3]r = 10-3 M, [Ca(OH)₂]r = 10-2 M, CaCO3(s)
precipitates, no gas phase
02
[NaHCO3]r = 10-3 M, [Ca(OH)₂]r = 10-2 M, P co₂ =
10-3.5 atm, CaCO3(s) precipitates](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F062e9ce8-6302-4a50-bee9-0ce9572f3b22%2Fca18f1a3-9a62-47f6-bc9e-29bae101541d%2F8736ytm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Choose the principal components, and write the right-hand side (numeri-
cal value) of the corresponding mole balances for each of the following
systems:
a. Recipe
b. Recipe
c. Recipe
d. Recipe
e. Recipe
f. Recipe
g. Recipe
[NaHCO3]T
gas or solid phase
[NaHCO3]r = [HC1],= 10-3 M, [NaOH] = 10-2 M, no
gas or solid phase
[NaOH] = 10-3 M, [HC1], 10-² M, no
10-2 M, no gas
=
[NaHCO3]T
gas or solid phase
[Na₂CO3]7 10-3 M, [HC1] =
or solid phase
=
10-3 M, [HC], [NaOH]T= 10-2 M, no
=
=
=
[NaOH]T
[NaHCO3]r = 10-3 M, Pco₂ = 10-3.5 atm, no solid phase
[NaHCO3]r = 10-3 M, [Ca(OH)₂]r = 10-2 M, CaCO3(s)
precipitates, no gas phase
02
[NaHCO3]r = 10-3 M, [Ca(OH)₂]r = 10-2 M, P co₂ =
10-3.5 atm, CaCO3(s) precipitates
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