Boyle's Law
A gas has a volume of 6.0 L at 1.5 atm. Pressure is increased on 3.0 atm at constant temperature. What is the new volume?
3.0 L
A balloon has volume 2.0 L at 270 K. It is warmed to 540 K at constant pressure. What is the new volume?
4.0 L
A gas at 1.0 atm and 300 K is heated to 600 K at constant volume. What is the final pressure?
2.0 atm
A gas is 2.0 L at 1.0 atm and 300 K. If it changes to 1.0 L and 600 K, what is the final pressure?
2.0 atm
How many liters does 0.500 mol of an ideal gas occupy at 273 K and 1.00 atm? (R = 0.08206)
11.2 L
A sealed syringe contains gas at 2.0 L and 0.80 atm. The pressure drops to 0.40 atm while temperature is constant. What is the final volume?
4 L
A gas at 300 K occupies 1.8 L. If temperature is reduced to 150 K at constant pressure, what is the volume?
0.9 L
A container shows pressure 1.4 atm at 350 K. If temperature drops to 175 K at constant volume, what is the new pressure?
0.70 atm
A sample is 4.0 L, 2.0 atm, and 320 K. It changes to 2.0 L and 400 K. What is the new pressure?
4.0 atm
0.200 mol of gas at 300 K has pressure 1.50 atm. What is its volume? (R = 0.08206)
3.28 L
A gas occupies 10.0 L at 0.50 atm. If pressure is raised to 1.25 atm with temperature constant, what is the new volume?
4.0 L
A sample is 5.0 L at 250 K. When heated to 500 K at constant pressure, what is the new volume?
10.0 L
A gas has pressure 2.2 atm at 320 K. Heated to 480 K at constant volume, what is the pressure?
3.3 atm
Gas at 5.0 L, 1.2 atm, and 290 K goes to 3.0 L and 435 K. Find the final pressure.
2.9 atm
A 1.25 mol sample at 298 K occupies 30.0 L. What is the pressure? (R = 0.08206)
0.99 atm
A container holds gas at 0.95 atm and 4.2 L. The pressure changes to 1.60 atm while temperature remains constant. Calculate the final volume.
2.5 L
A gas balloon reads 3.6 L at 290 K. If it cools to 200 K at constant pressure, what volume will it have?
2.48 L
A sealed container has pressure 0.85 atm at 250 K. If temperature increases to 500 K, what is the final pressure?
1.70 atm
A gas starts at 3.0 L, 0.90 atm, and 280 K and ends at 6.0 L and 420 K. What is the final pressure?
0.60 atm
0.350 mol of gas occupies 6.50 L at 350 K. Find the pressure. (R = 0.08206)
1.26 atm
A piston compresses gas from 12.0 L at 0.60 atm to 4.0 L at constant temperature. What was the final pressure?
1.8 atm
A gas initially occupies 8.0 L at 200 K. At what temperature will the volume be 12.0 L if pressure is constant?
300 K
A sample at 1.6 atm and unknown initial temperature doubles in pressure when heated to 720 K. What was the initial temperature?
360 K
A sample at 2.5 L, 1.8 atm, and 310 K is changed to 1.5 L and 250 K. Calculate the final pressure.
6.0 atm
A container holds gas at 2.00 atm and 400 K occupying 10.0 L. How many moles of gas are inside? (R = 0.08206)
9.92 mol