Additional Activities Directions: Plot the data from Table 2 in a graph by placing the volume in the y-axis and temperature at Kelvin scale in the x-axis. Find whether the gas obeys Charles' law by plotting the graph of volume vs. temperature. An experiment is performed on a gas under constant pressure to study its behavior. The volume- temperature data for a fixed amount of the gas is recorded. The data is as follows:
Additional Activities Directions: Plot the data from Table 2 in a graph by placing the volume in the y-axis and temperature at Kelvin scale in the x-axis. Find whether the gas obeys Charles' law by plotting the graph of volume vs. temperature. An experiment is performed on a gas under constant pressure to study its behavior. The volume- temperature data for a fixed amount of the gas is recorded. The data is as follows:
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Directions: Plot the data from Table 2 in a graph by placing the volume in the y-axis and temperature at
Kelvin scale in the x-axis. Find whether the gas obeys Charles` law by plotting the graph of volume vs.
temperature.
An experiment is performed on a gas under constant pressure to study its behavior. The volume-
temperature data for a fixed amount of the gas is recorded. The data is as follows:
Table 2. Volume vs. Temperature experimental data
Volume (mL)
Temperature
(°C)
25.4
26.8
78
20.0
23.1
24.6
-10
31
51
63"
Transcribed Image Text:Additional Activities
Directions: Plot the data from Table 2 in a graph by placing the volume in the y-axis and temperature at
Kelvin scale in the x-axis. Find whether the gas obeys Charles` law by plotting the graph of volume vs.
temperature.
An experiment is performed on a gas under constant pressure to study its behavior. The volume-
temperature data for a fixed amount of the gas is recorded. The data is as follows:
Table 2. Volume vs. Temperature experimental data
Volume (mL)
Temperature
(°C)
25.4
26.8
78
20.0
23.1
24.6
-10
31
51
63
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