Q\3: Oxygen gas produced from the reaction below was collected above the water at 30 Cº and in a container has capacity 150 cm³ until the total pressure reached 80.0 kPa. 2KCIO32KCl +30₂ If the vapor pressure of water at 30 Cº equal to 4.24 KPa. Determine: 1. The mass in (g) of dry oxygen produced. 2. The mass in (g) of KCIO3that consumed in reaction. 9 9 9 = 40 ,0 16- , Cl = 35.5- ,R mole' mole mole 8.314- N.m mole. K)
Q\3: Oxygen gas produced from the reaction below was collected above the water at 30 Cº and in a container has capacity 150 cm³ until the total pressure reached 80.0 kPa. 2KCIO32KCl +30₂ If the vapor pressure of water at 30 Cº equal to 4.24 KPa. Determine: 1. The mass in (g) of dry oxygen produced. 2. The mass in (g) of KCIO3that consumed in reaction. 9 9 9 = 40 ,0 16- , Cl = 35.5- ,R mole' mole mole 8.314- N.m mole. K)
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
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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![Q\3: Oxygen gas produced from the reaction below was collected above the water at 30 Cº and
in a container has capacity 150 cm³ until the total pressure reached 80.0 kPa.
2KCIO32KCl +30₂
If the vapor pressure of water at 30 C° equal to 4.24 KPa. Determine:
1. The mass in (g) of dry oxygen produced.
2. The mass in (g) of KCIO3that consumed in reaction.
{K = = 40
9
0 = 16
mole
9
Cl = 35.5-
R = 8.314
mole
mole
N.m
mole. K](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9e8ef2fe-8965-45db-a9f5-a053b07b4de3%2F964281b9-7353-4d21-84a4-6e56f676e051%2F4uvvbi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q\3: Oxygen gas produced from the reaction below was collected above the water at 30 Cº and
in a container has capacity 150 cm³ until the total pressure reached 80.0 kPa.
2KCIO32KCl +30₂
If the vapor pressure of water at 30 C° equal to 4.24 KPa. Determine:
1. The mass in (g) of dry oxygen produced.
2. The mass in (g) of KCIO3that consumed in reaction.
{K = = 40
9
0 = 16
mole
9
Cl = 35.5-
R = 8.314
mole
mole
N.m
mole. K
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