The diagram shows atoms in two different states of matter. Use the diagram to answer any questions that follow.

A is a solid, and B is a liquid.

A is a liquid, and B is a solid.

If a gas is at a constant temperature and the pressure increases, what will happen to the volume?

The volume will decrease because it is inversely proportional to the pressure.

The volume will increase because it is directly proportional to the pressure.

The volume will decrease because it is directly proportional to the pressure.

The volume will increase because it is inversely proportional to the pressure.

A football is left on the field outside during the winter months, the next morning the football was partially deflated. Using what you know about gas laws, explain what happened to the football.

Volume decreases due to less molecular motion of the gas inside the football.

Pressure decreases due to more molecular motion of the gas inside the football.

Volume increases due to more molecular motion of the gas inside the football.

Pressure increases due to more molecular motion of the gas inside the football.

Read the text about an experiment with bottled soda. "When soda bottles are sealed in a factory, the bottles are all the same temperature with the same pressure of gas inside. A student decides to perform an experiment to determine what changes will result from adjusting the temperatures of two sealed soda bottles. One bottle of soda is heated, while the other is cooled." Which statement describes a result of the experiment?

The pressure of the gas increased in the bottle that was heated.

The total volume of gas in the cooled bottle increased.

The total volume of gas in the heated bottle increased.

The pressure of the gas increased in the bottle that was cooled.

The graph shows how the volume of helium gas changes as the temperature of the gas changes. The measurements were taken at a constant pressure. What happens as the temperature of helium increases?

The volume of the gas increases.

The volume of the gas decreases.

The volume of the gas fluctuates.

The volume of the gas stays the same.

If a gas stays at a constant pressure as the temperature of the gas is decreased, what will happen?

The volume will double in size.

Terry fills two balloons with the same amount of helium gas. She places one of her helium balloons in the freezer. After twenty minutes, she removes the balloon from the freezer and notices that it is smaller than the balloon that stayed at room temperature. Her balloons are shown below. How does Terry correctly explain the difference in the size her balloons?

She says that an increase in temperature increases the volume of helium gas.

She says that an increase in pressure increases the volume of helium gas.

She says that a decrease in pressure decreases the volume of helium gas.

She says that a decrease in temperature increases the volume of helium gas.

Which of the following statements concerning a saturated solution is incorrect ?

Undissolved solute must be present.

Undissolved solute may or may not be present.

Undissolved solute, if present, is continually dissolving.

Undissolved solute, if present, is in equilibrium with the dissolved solute.

A teacher puts solid adjustable air freshener (as seen above) in his classroom and let's it sit open for a week. At the end of the week the solid is gone, but no liquid was seen. What phase change can explain what occurred?

Sublimation, which is changing from solid to gas.

Condensation, which is changing from gas to liquid.

Melting, which is changing from solid to liquid.

Deposition, which is changing from gas to solid.

Which of the following statements best describes absolute zero?

the temperature at which the molecules of a substance have minimum kinetic energy

the temperature at which water is at its triple point

the temperature at which the molecules of a substance have maximum kinetic energy

the temperature at which water freezes at standard pressure

Kyle drew diagrams of molecules in three different states. Which statement is most likely true about the intermolecular attractions between the molecules in Figure 3 compared with Figure 2?

The intermolecular attractions are weaker in Figure 3, which allows the molecules to move around more.

The intermolecular attractions are stronger in Figure 2, which allows the molecules to move around more.

The intermolecular attractions are stronger in Figure 3, which allows the molecules to move around less.

The intermolecular attractions are weaker in Figure 2, which allows the molecules to move around less.

What is true about the relationship between pressure and volume of a gas?

The volume of a gas is inversely proportional to the pressure.

The volume of a gas is always double the pressure.

The volume of a gas is directly proportional to the pressure.

The volume of a gas does not change when the pressure increases.

A container of gas is kept at constant pressure. Which best explains what will happen to the volume if the temperature of the gas is increased?

The volume will increase as the temperature increases.

The volume will decrease as the temperature increases.

The volume will increase twice as quickly as the temperature.

The volume will remain the same as the temperature increases.

Which change would cause the volume of a balloon to increase?

increasing the temperature of the balloon

increasing the atmospheric pressure

placing the balloon under water

Three identical bottles of soda are used in an experiment. One of the bottles is left at room temperature, another is cooled, and another is heated. Next, the bottles are opened and balloons are placed on top to capture the escaping gas. The temperatures and results are shown. Which statement is true about the warmest bottle?

The greatest volume of gas has escaped from it into the balloon.

The smallest volume of gas has escaped from it into the balloon.

The unopened bottle originally contained the least amount of gas.

The unopened bottle originally contained the most amount of gas.

Physical Science Unit 1 Test Review

Quiz

•

Science, Physics, Chemistry

•

9th - 12th Grade

•

Practice Problem

•

Medium

•

NGSS

MS-PS1-4, MS-PS1-1, HS-PS1-3

+3

Standards-aligned

Kyle Ashworth

Used 166+ times

FREE Resource

30 questions

Show all answers

1.

MULTIPLE CHOICE QUESTION

15 mins • 1 pt

A student creates diagrams of two models to show magnified views of molecular motion in a solid and a liquid, as shown.

Which sample has the most molecules?

Which sample has the largest molecules?

Which sample has the most molecular motion?

Which sample has molecules with definite volume?

Tags

NGSS.MS-PS1-1

NGSS.MS-PS1-4

2.

MULTIPLE CHOICE QUESTION

15 mins • 1 pt

In which state of matter is there the most molecular motion?

Gas

Solid

Liquid

Plasma

Tags

NGSS.MS-PS1-4

NGSS.MS-PS3-4

3.

MULTIPLE CHOICE QUESTION

15 mins • 1 pt

The correct phase sequence shown above is , , .

Gas, Solid, Liquid

Solid, Liquid, Gas

Liquid, Gas, Solid

Gas, Liquid, Solid

Tags

NGSS.MS-PS1-4

4.

MULTIPLE CHOICE QUESTION

15 mins • 1 pt

At room temperature, the metal mercury is a liquid. How could mercury be changed into a solid?

by adding energy to increase molecular motion

by adding energy to decrease molecular motion

by removing energy to increase molecular motion

by removing energy to decrease molecular motion

Tags

NGSS.MS-PS1-4

5.

MULTIPLE CHOICE QUESTION

15 mins • 1 pt

Absolute zero represents a substance's minimum

gravitational potential energy.

heat of fusion.

internal molecular energy.

specific heat.

Tags

NGSS.MS-PS1-4

6.

MULTIPLE CHOICE QUESTION

15 mins • 1 pt

The image shows the drawing a student made of ice molecules observed through an electron microscope.
Is the student's drawing correct?

Yes, because the molecules in the solid state are arranged randomly and move randomly relative to each other.

No, because the molecules in the solid state are arranged in ordered arrays and do not move much relative to each other.

No, because the molecules in the solid state are arranged in ordered arrays and move randomly relative to each other.

Yes, because the molecules in the solid state are arranged randomly and do not move much relative to each other.

Tags

NGSS.MS-PS1-1

7.

MULTIPLE CHOICE QUESTION

15 mins • 1 pt

Which liquid has the highest viscosity?

w

x

y

z

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Physical Science Unit 1 Test Review

30 questions

A student creates diagrams of two models to show magnified views of molecular motion in a solid and a liquid, as shown.

In which state of matter is there the most molecular motion?

The correct phase sequence shown above is , , .

At room temperature, the metal mercury is a liquid. How could mercury be changed into a solid?

Absolute zero represents a substance's minimum

The image shows the drawing a student made of ice molecules observed through an electron microscope.
Is the student's drawing correct?

Which liquid has the highest viscosity?

Which liquid has the weakest intermolecular forces?

Which liquid would have the highest boiling point?

The diagram shows atoms in two different states of matter. Use the diagram to answer any questions that follow.

Create a free account and access millions of resources

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Science

Physical Science Unit 1 Test Review

30 questions

A student creates diagrams of two models to show magnified views of molecular motion in a solid and a liquid, as shown.

In which state of matter is there the most molecular motion?

The correct phase sequence shown above is ________________, ________________, ________________.

At room temperature, the metal mercury is a liquid. How could mercury be changed into a solid?

Absolute zero represents a substance's minimum

The image shows the drawing a student made of ice molecules observed through an electron microscope.Is the student's drawing correct?

Which liquid has the highest viscosity?

Which liquid has the weakest intermolecular forces?

Which liquid would have the highest boiling point?

The diagram shows atoms in two different states of matter. Use the diagram to answer any questions that follow.

Create a free account and access millions of resources

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Science

The correct phase sequence shown above is , , .

The image shows the drawing a student made of ice molecules observed through an electron microscope.
Is the student's drawing correct?