MoBOYLE's LAWgend Post Test
Understanding Boyle's Law
Test your knowledge of Boyle's Law and the relationship between pressure and volume in gases with our engaging quiz! Whether you are a student, teacher, or just curious about gas laws, this quiz is designed to enhance your understanding.
- 9 multiple-choice questions
- Explore practical applications
- Immediate feedback on answers
1. Mang Juan filled his tire with air. After few minutes, the tire expand because of the pressure of that air pushes on the rubber, making the tire to expand, making the volume of the tire occupied. How will you define pressure and volume?
A. The degree of hotness or coldness and the amount of matter in an object
B. The amount of space that a substance or object occupies and he degree of hotness or coldness.
C. Amount of matter in an object and the amount of space that a substance or object occupies.
D. Force exerted by the gas to an area and the amount of space that a substance or object occupies.
2. Which statement describes the volume-pressure relationship in gases at constant temperature or Boyle’s law?
A. As pressure decreases, volume increases.
B. As pressure increases, volume also increases.
C. As pressure remains constant, volume increases
D. As pressure increases, volume remains constant.
3. Robert Boyle is an English chemist who introduced Boyle's Law. This shows the relationship between which two factors of a gas?
a. Volume and pressure
b. Pressure and temperature
c. Temperature and pressure
D. Volume and mass
3.Study the graph below. . What relationship between pressure and volume is being depicted in the graph?
A. Inversely proportional
B. Laterally proportional
C. Directly proportional
D. Directly proportional
4. Which statement describes the volume-pressure relationship in gases at constant temperature or Boyle’s law?
A. As pressure decreases, volume increases.
B. As pressure increases, volume also increases.
C. As pressure increases, volume remains constant.
D. As pressure remains constant, volume increases.
5. A 2.75 L sample of dry air in a cylinder exerts a pressure of 3.00 atm at 30 °C. Without changing the temperature, a piston is moved until the pressure in the cylinder is reduced to 1.00 atm. What is the final volume of the gas?
A. 0.121 L
B. 0.917 L
c. 1.10 L
D. 8.25 L
6. A 10-liter sample of gas is held in a container under a pressure of 1.5 atm. The gas is then compressed to 7.5 liters. Find the pressure if the temperature is kept unchanged.
A. 1.3 atm
B. 1.7 atm
C. 2.0 atm
d. 50 atm
For item 7-10, refer to the table. Pressure-Volume Data Obtained at Constant Temperature P V (mmHg) (mL) . Graph the data to prove the relationship of pressure and volume at constant temperature. What is the relationship between pressure and volume?
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