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Exploring Matter and Energy

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

A student has four objects: a metal spoon, a rubber ball, a wooden block, and a glass marble. Which two physical properties could the student use together to classify all four objects?

a)

Color and taste

b)

Mass and magnetism

c)

Smell and temperature

d)

Size and sound

2.

A scientist measures the mass of a rock as 250250 grams and its temperature as 2222^\circ C. Which statement best describes how these properties help classify the rock?

a)

Mass shows if it is magnetic, and temperature shows if it will float

b)

Mass and temperature are both measurable physical properties used to classify matter

c)

Temperature tells if it is a solid, and mass tells if it is a liquid

d)

Both properties determine if it is a mixture

3.

A student places four objects in water: a plastic toy, a steel nail, a cork, and a marble. The cork and plastic toy float, while the steel nail and marble sink. What property is being tested?

a)

Magnetism

b)

Density

(relative density)

c)

Physical state

d)

Temperature

4.

Which of the following best explains why water can exist as ice, liquid, or steam?

a)

Water changes its color

b)

Water changes its physical state depending on temperature

c)

Water changes its mass

d)

Water changes its magnetism

5.

A mixture is made by combining sand, salt, and water. Which method would best separate all three components?

a)

Use a magnet, then filter, then evaporate the water

b)

Filter the mixture, then evaporate the water from the filtrate

c)

Use a magnet, then heat the mixture

d)

Let the mixture settle, then pour off the water

6.

Which of the following best describes why saltwater is considered a solution and not just a mixture?

a)

The salt can be seen floating in the water

b)

The salt dissolves completely and cannot be seen, forming a uniform mixture

c)

The salt and water can be separated by a magnet

d)

The salt forms a layer at the bottom

7.

A student mixes oil and vinegar and notices that after shaking, the liquids separate into two layers. What does this observation tell you about the mixture?

a)

It is a solution because the liquids mix completely

b)

It is a mixture of two liquids that do not form a solution

c)

It is a solid-liquid mixture

d)

It is a gas-liquid mixture

8.

Which of the following mixtures is a solution where a solid is dissolved in a liquid?

a)

Sand and water

b)

Sugar and water

c)

Oil and water

d)

Iron filings and water

9.

A student mixes 8080 grams of soil with 120120 grams of water in a beaker. After mixing, the total mass is measured. What should the mass be, and why?

a)

8080 grams, because soil dissolves

b)

120120 grams, because water is heavier

c)

200200 grams, because matter is conserved

d)

160160 grams, because some mass is lost

10.

If you mix 5050 grams of oil with 150150 grams of water and the oil floats on top, what is the total mass of the mixture and what does this demonstrate?

a)

100100 grams; matter is lost

b)

200200 grams; matter is conserved

c)

150150 grams; oil evaporates

d)

5050 grams; water sinks

11.

A student mixes 3030 grams of salt into 100100 grams of water. After the salt dissolves, the student weighs the solution. What should the mass be, and what does this show about matter?

a)

7070 grams; some matter is lost

b)

130130 grams; matter is conserved

c)

100100 grams; water keeps its mass

d)

3030 grams; salt disappears

12.

If you mix 6060 grams of sand, 4040 grams of salt, and 100100 grams of water, what is the total mass of the mixture after stirring?

a)

100100 grams

b)

140140 grams

c)

200200 grams

d)

6060 grams

13.

A soccer ball is kicked and rolls across the grass, eventually stopping. Which energy transfers and forces are involved in this process?

a)

Only gravity acts, and energy is not transferred

b)

Kinetic energy is transferred, and friction slows the ball down

c)

Only magnetism acts, and energy is lost

d)

The ball gains energy as it stops

14.

When a drum is hit, the sound can be heard across the room. Which statement best explains how the energy is transferred?

a)

The drum transfers energy through light waves

b)

The drum transfers energy through sound waves in the air

c)

The drum transfers energy through heat

d)

The drum transfers energy through electricity

15.

A student drops a pebble into a pond and observes circular ripples moving outward. What type of energy transfer is occurring, and what is the medium?

a)

Sound energy through air

b)

Water wave energy through water

c)

Heat energy through water

d)

Light energy through air

16.

A student claps their hands and hears an echo in a large empty room. What does this demonstrate about sound energy?

a)

Sound energy can be absorbed by walls

b)

Sound energy can travel, reflect, and be heard again

c)

Sound energy cannot move through air

d)

Sound energy is only produced by instruments

17.

A student is given three unknown substances: one is hard and keeps its shape, one flows and takes the shape of its container, and one spreads out to fill the entire container. Which property should the student use to classify them?

a)

Magnetism

b)

Physical state (solid, liquid, gas)

c)

Mass

d)

Relative density

18.

A mixture contains iron filings, sand, and salt. Which sequence of methods would best separate all three substances?

a)

Use a magnet, then filter, then evaporate water

b)

Filter, then use a magnet, then heat

c)

Use a magnet, then heat, then filter

d)

Evaporate water, then use a magnet

19.

A student mixes 2525 grams of oil, 7575 grams of water, and 1010 grams of salt. After mixing, what is the total mass, and what does this show about matter?

a)

100100 grams; matter is lost

b)

110110 grams; matter is conserved

c)

7575 grams; water keeps its mass

d)

2525 grams; oil floats

20.

A metal spoon is placed in a cup of hot tea. After a few minutes, the spoon feels warm. What type of energy transfer has occurred?

a)

Sound energy from the tea to the spoon

b)

Heat energy from the tea to the spoon

c)

Light energy from the tea to the spoon

d)

Electrical energy from the tea to the spoon