Immtg = 13.6 mmH2O Pinside: Poutside 个 Ahave to convert height of liquid Trial 1 Mass of Magnesium 0.0314 Patmosphere 9 Volume of gas produced 33.8 ^ Height of water column 23.8 150.1mmH Pressure of water column Temperature of water 716.3 24.5 to mm Ha Trial 2 0.0411 42n 16.5 708.1 Atmospheric pressure Water vapor pressure 323.68 150.1mmHg 23.06 mm Hg 224.4 mmH Hg CALCULATIONS: Perform calculations for both trials. 23.5 150.1 mmHg 21.71 ams moles of gram yield= ↓ PV=RT n = PV 1. Calculate the total pressure of the gases inside the eudiometer at the end of the experiment. Trial 1 Trial 2 2. Calculate the partial pressure of the hydrogen gas in the eudiometer tube. rom table from H₂+ H2O = Paas myfute 2 Trial 1 Trial 2 20.29
Immtg = 13.6 mmH2O Pinside: Poutside 个 Ahave to convert height of liquid Trial 1 Mass of Magnesium 0.0314 Patmosphere 9 Volume of gas produced 33.8 ^ Height of water column 23.8 150.1mmH Pressure of water column Temperature of water 716.3 24.5 to mm Ha Trial 2 0.0411 42n 16.5 708.1 Atmospheric pressure Water vapor pressure 323.68 150.1mmHg 23.06 mm Hg 224.4 mmH Hg CALCULATIONS: Perform calculations for both trials. 23.5 150.1 mmHg 21.71 ams moles of gram yield= ↓ PV=RT n = PV 1. Calculate the total pressure of the gases inside the eudiometer at the end of the experiment. Trial 1 Trial 2 2. Calculate the partial pressure of the hydrogen gas in the eudiometer tube. rom table from H₂+ H2O = Paas myfute 2 Trial 1 Trial 2 20.29
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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Transcribed Image Text:Immtg = 13.6 mmH2O
Pinside:
Poutside
个
Ahave to convert height of liquid
Trial 1
Mass of Magnesium
0.0314
Patmosphere
9
Volume of gas produced
33.8
^
Height of water column
23.8
150.1mmH
Pressure of water column
Temperature of water
716.3
24.5
to
mm Ha
Trial 2
0.0411
42n
16.5
708.1
Atmospheric pressure
Water vapor pressure
323.68
150.1mmHg
23.06
mm Hg
224.4 mmH
Hg
CALCULATIONS: Perform calculations for both trials.
23.5
150.1 mmHg
21.71
ams
moles of gram
yield=
↓
PV=RT
n =
PV
1. Calculate the total pressure of the gases inside the eudiometer at the end of the experiment.
Trial 1
Trial 2
2. Calculate the partial pressure of the hydrogen gas in the eudiometer tube.
rom table
from
H₂+ H2O = Paas
myfute
2
Trial 1
Trial 2
20.29
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