Boyle's Law Worksheet

Questions

Write a brief answer to the following questions. If you think it is necessary, you may use illustrations to support your answer.

Question 1

Explain Boyle's law with its equation?

Question 2

Is Boyle's law universally true? If not, what are its limitations?

Question 3

Give some real-life examples of Boyle's law?

Question 4

Explain PV curve?

Question 5

Can Boyle's law be experimentally proven? If yes, write in a few words how would you?

Question 6

What happens when the pressure of a gas is double at a constant temperature?

Problems

Solve the following problems.

Problem 1

Methane gas is compressed isothermally from 1.00 atm to 1.75 atm. The initial volume is 20 L. Find the final volume of the gas?

Problem 2

Nitrogen gas expands isothermally from 10 cm³ to 25 cm³. The initial pressure is 2.0 × 10⁵ Pa. Determine the final pressure of nitrogen?

Problem 3

The pressure of a gas changes from 2.50 bar to 0.80 bar. The final volume is 100 mL. Find the initial volume?

Problem 4

Steam is stored inside an industrial vessel of 4.2 m³. After compression, the volume of steam reduces to 1.1 m³. Assume the temperature to be constant. Find the initial pressure if the final pressure is 4 bar?

Problem 5

The pressure of oxygen gas at 25 °C is 500 kPa. If the volume of the gas is double, what will be its new pressure?

Problem 6

A balloon of hydrogen is subjected to vacuum. The initial pressure and volume of hydrogen is 0.95 atm and 0.55 L. Calculate the final pressure if the final volume is 1.22 L?

Problem 7

A gas occupies 22.2 L at a pressure of 760 mmHg. Find the new volume if the pressure is reduced to 120 mmHg?

Problem 8

A student collects an experimental gas of a volume of 730 mL at 101 kPa. What will be the volume at 202 kPa?

Problem 9

An astronaut releases a compressed gas into space. The initial volume is 20 L. What is the final volume?

Problem 10

A balloon is transported from London to Paris. The volume and pressure of the balloon in London is 2.2 L and 0.95 atm and the pressure in Paris is 1.2 atm. Assuming the temperature to be constant, find the volume of the balloon in Paris?

Problem 11

An experiment is performed on a gas to studies its behaviour. The pressure-volume data at constant temperature for a fixed amount of the gas is recorded. The data is as follows:

Find whether the gas obeys Boyle's law by plotting the graph of pressure vs volume and pressure vs inverse volume?

Problem 12

Propane gas is stored in an industrial vessel of 3.2 m³. A pressure gauge attached to the vessel shows a reading of 500.5 kPa. The atmospheric pressure is 101.3 kPa. Later the gas is transfer to a reactor of 4.0 m³. What is the pressure reading of a pressure gauge attached to the reactor if the temperature remains the same?

Problem 13

Find the missing quantity from the following data.

1. P₁ = 1.61 atm, V₁ = 11.3 m³, P₂ = 2.13 atm, V₂ = ?
2. P₁ = 0.75 bar, V₁ = 1.0 L, P₂ = ?, V₂ = 2.0 L
3. P₁ = 3.119 × 10⁵ Pa, V₁ = ?, P₂ = 5.152 × 10⁵ Pa, V₂ = 100.9 cm³
4. P₁ = ?, V₁ = 8.8 L, P₂ = 5.33 atm, V₂ = 15.4 L

Associated articles

• Boyle's law
• Graphs of Boyle's law
• The equation of Boyle's law
• To verify Boyle's law experimentally
• Real-life examples of Boyle's law
• Boyle's law calculator