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10.3 Combined gas law

Quiz by Mr. Pham

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23 questions
Show answers
  • Q1
    Which of the following describes the relationship between pressure, volume, and temperature according to the combined gas law?
    P + V + T = constant
    P/V = T
    PV = nRT
    PV/T = constant
    30s
  • Q2
    In a scenario where the temperature of a gas is increased while the volume remains constant, what happens to the pressure of the gas according to the combined gas law?
    The pressure becomes zero
    The pressure remains constant
    The pressure decreases
    The pressure increases
    30s
  • Q3
    If the volume of a gas is doubled while the temperature remains constant, how does the pressure change according to the combined gas law?
    The pressure doubles
    The pressure remains the same
    The pressure is halved
    The pressure is quadrupled
    30s
  • Q4
    What is the primary purpose of using the combined gas law in gas calculations?
    To determine the density of a gas
    To calculate the mass of a gas
    To find the chemical composition of a gas
    To relate pressure, volume, and temperature of a gas
    30s
  • Q5
    Which of the following scenarios best illustrates the combined gas law in real life?
    A tire inflating as the temperature increases.
    A balloon expands as it rises in the atmosphere.
    A pot of water boiling on the stove.
    A soda can losing its fizz when opened.
    30s
  • Q6
    In which situation would the combined gas law primarily apply?
    A sealed syringe's volume decreases as the temperature increases.
    An ice cube melting in a glass of warm water.
    A kettle steaming when water heats up.
    A car tire bursting due to overinflation in the heat.
    30s
  • Q7
    Which example demonstrates the combined gas law when discussing the behavior of gases?
    Water boiling at different altitudes.
    A basketball deflating on a cold day.
    A helium balloon floating higher as it warms up.
    A tire being filled with air before a road trip.
    30s
  • Q8
    Which situation best illustrates the combined gas law in action?
    A sealed jar of gas decreases in volume when placed in a refrigerator.
    A glass of cold lemonade sweating on a hot day.
    An aerosol can releasing gas at room temperature.
    A car engine overheating during long drives.
    30s
  • Q9
    Which of the following scenarios is an example of the combined gas law at work?
    A sealed bag of chips puffing up when brought to a higher altitude.
    A storm cloud forming and releasing rain.
    An ice cube forming in a freezer.
    A cup of coffee cooling down on a table.
    30s
  • Q10
    In which scenario can you observe the combined gas law in action?
    A can of whipped cream expands when exposed to warmer temperatures.
    An ice cream cone melting on a hot day.
    A balloon deflating when left outside in the cold.
    A fish tank bubbling when air is pumped into it.
    30s
  • Q11
    Which example effectively demonstrates the combined gas law in a real-life context?
    A candle blowing out in a draft.
    Water freezing into ice cubes in a freezer.
    A fizzy drink spilling when opened.
    A pressure cooker allowing steam to build up as it heats.
    30s
  • Q12
    Which of the following situations best exemplifies the combined gas law?
    A scuba diver's air tank pressure increases as he descends underwater.
    A soda bottle fizzing when opened.
    A kettle boiling water on a stove.
    A balloon shrinking when placed in a freezer.
    30s
  • Q13
    What is a primary use of natural gas in homes?
    Waste disposal
    Outdoor lighting
    Air conditioning
    Heating
    30s
  • Q14
    What is a benefit of using natural gas for home energy?
    Higher cost than electricity
    Lower carbon emissions compared to coal
    More toxic than oil
    No environmental impact
    30s
  • Q15
    Which of the following is a characteristic of natural gas?
    It is a solid
    It has a strong odor
    It is bright blue
    It is colorless and odorless
    30s

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