1. Determination of the Ideal Gas Constant "R" using Carbon Dioxide 10 °C- 3700ml 768.0mm Hg Temperature Volume of plastic bag Barometric pressure 4 (wet) 5 (wet) 33 Trial 3 1 77,+219 69.621a Minitial ta2.449/14,54 los.239|85.85978.214 69.621g Mfinal 61.721g 52.511g 33.031g 25.451g Determining the Molor Moss of o
1. Determination of the Ideal Gas Constant "R" using Carbon Dioxide 10 °C- 3700ml 768.0mm Hg Temperature Volume of plastic bag Barometric pressure 4 (wet) 5 (wet) 33 Trial 3 1 77,+219 69.621a Minitial ta2.449/14,54 los.239|85.85978.214 69.621g Mfinal 61.721g 52.511g 33.031g 25.451g Determining the Molor Moss of o
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter1: Gases And The Zeroth Law Of Thermodynamics
Section: Chapter Questions
Problem 1.67E
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Please a I need to understand this part 1 it is a draft
![1. Determination of the Ideal Gas Constant "R" using Carbon Dioxidel
Trial
1
3
4 (wet)
5 (wet)
Mf
Mi
Rave
% Error](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F083a3c8a-1068-43b3-b98b-eea43e3303f0%2F23054976-0da7-4cb4-b45a-2d17a7e273fd%2Fjyzh68s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Determination of the Ideal Gas Constant "R" using Carbon Dioxidel
Trial
1
3
4 (wet)
5 (wet)
Mf
Mi
Rave
% Error
![1. Determination of the Ideal Gas Constant "R" using Carbon Dioxide
10 °C.
3700ml
768.0mm Hg
Temperature
Volume of plastic bag
Barometric pressure
4 (wet)
5 (wet)
33
Trial
3
1
77,7219
2
69.621a
Minitial
ta2.44/14.549 les.239|85.859 78.714
69.621g 61.72lg
Mfinal
S2.511g
33.031g 25.451g
2. Determining the Molar Mass of a Gas.
Room temperature - TR
20°C
Water temperature - Tw
19.8°C
768.0mm Hg
Barometric Pressure - Patm
ALL THREE TRIALS SHOULD BE DIFFERENT VOLUMES OF BUTANE!
Trial
1
3
11.649g 1.6299
11.5339
11.6299 l1.539 l1.373g
36.4ml 41.5ml
Minitial
Mfinal
31.4ml
Volume
3. Pressure/Volume Measurements.
V.
20 cm
16 cm
9 cm3
6 cm3
4 cm3
358.le 585-5 780.775
1585.51
5 cm3
10 cm3
20 cm3
1409.1 19670411.1
796.0
10 cm3
V
20 cm3
5 cm
337.3
649.7
1222.3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F083a3c8a-1068-43b3-b98b-eea43e3303f0%2F23054976-0da7-4cb4-b45a-2d17a7e273fd%2F90vrior_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Determination of the Ideal Gas Constant "R" using Carbon Dioxide
10 °C.
3700ml
768.0mm Hg
Temperature
Volume of plastic bag
Barometric pressure
4 (wet)
5 (wet)
33
Trial
3
1
77,7219
2
69.621a
Minitial
ta2.44/14.549 les.239|85.859 78.714
69.621g 61.72lg
Mfinal
S2.511g
33.031g 25.451g
2. Determining the Molar Mass of a Gas.
Room temperature - TR
20°C
Water temperature - Tw
19.8°C
768.0mm Hg
Barometric Pressure - Patm
ALL THREE TRIALS SHOULD BE DIFFERENT VOLUMES OF BUTANE!
Trial
1
3
11.649g 1.6299
11.5339
11.6299 l1.539 l1.373g
36.4ml 41.5ml
Minitial
Mfinal
31.4ml
Volume
3. Pressure/Volume Measurements.
V.
20 cm
16 cm
9 cm3
6 cm3
4 cm3
358.le 585-5 780.775
1585.51
5 cm3
10 cm3
20 cm3
1409.1 19670411.1
796.0
10 cm3
V
20 cm3
5 cm
337.3
649.7
1222.3
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