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WorksheetsIdeal gas Law review
Total questions: 11
Worksheet time: 6mins
Ideal Gas Law: Which formula would you use when trying to find Volume, and the information given is: Pressure, # of molecules, Temperature
Ideal Gas Law: Which formula would you use when a given volume and pressure changes (having two pressures and volumes)
Ideal Gas Law: Which formula would you use when a given volume and temperature changes (having two pressures and temperatures)
Which formula would you use when you are finding the percentage of Hydrogen in a given chemical compound?
Which gas constant (R) has atm in it?
R = 0.08206 L⋅atm/K⋅mol
R = 8.314 J/K⋅mol
R = 8.314 kPa⋅dm3/K⋅mol
R = 8.314 kPa⋅L/K⋅mol
How many atm is in 760 mm Hg?
1
760
3
2
How many torr is in one atm?
0.08206
1
760
8.314
How many mL is in one L
100
100000
103
10
When temperature rises, what happens to the volume of a flexible container?
Volume shrinks
Volume expands
Volume stays the same
Volume melts
What happens to the volume of a gas molecule that experiences a decrease in temperature?
The volume of the gas moves faster.
The volume of the gas is unchanged.
The volume of the gas expands.
The volume of the gas contracts.
When the volume of a container decreases, what happens to internal pressure?
The pressure increases
The pressure remains the same
The pressure decreases
The pressure is unaffected
