Question

3. Cylinder A has a movable piston and contains hydrogen gas. An identical cylinder B, contains methane gas. The diagram below shows the conditions of pressure, volume, and temperature of the gas in each cylinder. Cylinder A Hydrogen gas P = 1.2 atm V = 1.25 L T = 293 K Cylinder B Methane gas P = 1.2 atm V = 1.25 L T = 293 K a) Compare the total number of gas molecules in cylinder A to the total number of gas molecules in cylinder B. (1 point) b) State a change in temperature and a change in pressure that will cause the gas in cylinder A to behave more like an ideal gas. (2 points)

          3. Cylinder A has a movable piston and contains hydrogen gas. An identical cylinder B, contains
methane gas. The diagram below shows the conditions of pressure, volume, and temperature of the gas
in each cylinder.
Cylinder A
Hydrogen gas
P = 1.2 atm
V = 1.25 L
T = 293 K
Cylinder B
Methane gas
P = 1.2 atm
V = 1.25 L
T = 293 K
a) Compare the total number of gas molecules in cylinder A to the total number of gas molecules in
cylinder B. (1 point)
b) State a change in temperature and a change in pressure that will cause the gas in cylinder A to
behave more like an ideal gas. (2 points)

3. Cylinder A has a movable piston and contains hydrogen gas. An identical cylinder B, contains
methane gas. The diagram below shows the conditions of pressure, volume, and temperature of the gas
in each cylinder.
Cylinder A
Hydrogen gas
P = 1.2 atm
V = 1.25 L
T = 293 K
Cylinder B
Methane gas
P = 1.2 atm
V = 1.25 L
T = 293 K
a) Compare the total number of gas molecules in cylinder A to the total number of gas molecules in
cylinder B. (1 point)
b) State a change in temperature and a change in pressure that will cause the gas in cylinder A to
behave more like an ideal gas. (2 points)

Added by John W.

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