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8R Unit 2 (Lessons 1-4) Test Review

Total questions: 50

Worksheet time: 45mins

Name
Class
Date
1.

What is the name for the process by which water falls from the atmosphere to the Earth's surface?

a)

Condensation

b)

Transpiration

c)

Evaporation

d)

Precipitation

2.

Which of the following is a measure of the average kinetic energy of air molecules?

a)

Temperature

b)

Humidity

c)

Wind speed

d)

Pressure

3.

Which of the following is NOT a type of precipitation?

a)

Rain

b)

Snow

c)

Hail

d)

Steam

4.

What is the term for the condition of the atmosphere at a specific place and time?

a)

Climate

b)

Weather

c)

Biosphere

d)

Ecosystem

5.

What is necessary for water to freeze before falling as precipitation?

a)

It must evaporate completely

b)

It must mix with other substances

c)

It must reach a low enough temperature

d)

It must reach a high enough temperature

6.

How are clouds related to hail events?

a)

Clouds have no relation to hail events

b)

Clouds are only present after hail events

c)

Clouds can be seen moving during hail events

d)

Clouds are never present during hail events

7.

What instrument is used to measure temperature?

a)

Anemometer

b)

Thermometer

c)

Barometer

d)

Psychrometer

8.

How are the particles in a gas different from those in a solid or liquid?

a)

Gas particles have no space between them

b)

Solid and liquid particles are packed close together

c)

Gas particles are packed close together

d)

Solid and liquid particles are spread far apart

9.

How do particles of a substance behave at different temperatures?

a)

They do not move at any temperature

b)

They move slower at higher temperatures

c)

They move faster at lower temperatures

d)

They move faster at higher temperatures

10.

What are hailstones made of?

a)

Water, in a liquid state

b)

Ice, usually in layers

c)

Rocks, covered in ice

d)

Snowflakes, compacted together

11.

Which season is least likely for hail to occur?

a)

Winter

b)

Summer

c)

Spring

d)

Fall

12.

How long do hailstorms typically last?

a)

Several minutes

b)

Several hours

c)

Several weeks

d)

Several days

13.

What weather conditions are usually present at Earth's surface when hail occurs?

a)

High air temperatures and high humidity

b)

Low air temperatures and low humidity

c)

High air temperatures and low humidity

d)

Low air temperatures and high humidity

14.

What is the primary source of energy that drives Earth's weather patterns?

a)

The Sun

b)

The Moon

c)

Fossil fuels

d)

Nuclear energy

15.

In which layer of the Earth's atmosphere does weather primarily occur?

a)

Stratosphere

b)

Mesosphere

c)

Troposphere

d)

Thermosphere

16.

Why do some days have ice falling from the sky even when the temperature remains above freezing?

a)

The ice is formed high up in the atmosphere where it is cold.

b)

The ice is being produced by a nearby industrial facility.

c)

The temperature readings are inaccurate.

d)

The ice is actually melting as it falls.

17.

Use the map of the United States that shows the average number of days hail strikes the ground each year. Which claim is best supported by this map?

a)

Texas gets 1 day of hail a year.

b)

California gets 6 days of hail a year.

c)

New York gets the most hail days per year.

d)

Florida is least likely to experience hail.

18.

Use the data table showing the relationship between the altitude of the top of a thunderstorm cloud and the probability of hail formation . Which claim is best supported by these diagrams?

a)

It is more likely that hail will form at lower altitudes.

b)

At an altitude of 14 km, the probability of hail is about 62%.

c)

At an altitude of 10 km, the probability of hail is 75%.

d)

At an altitude of 16 km, the probability of hail is 70%.

19.

According to the map of the United States showing the average number of days hail strikes the ground each year, where are hailstorms more common in the United States?

a)

Central United States

b)

Western United States

c)

Eastern United States

d)

Southern United States

20.

Use the data table of heights (in feet) and corresponding air temperatures (in °F) recorded at midnight in Saratoga, New York on December 21, 2020 (Saratoga is approximately 423 feet above sea level) to determine the relationship between altitude and air temperature. What claim best describes this relationship?

a)

As altitude increases, air temperature decreases.

b)

As altitude increases, air temperature increases.

c)

Air temperature stays approximately constant with altitude.

d)

There is no consistent relationship between altitude and air temperature.

21.

Which quantitative evidence from the Saratoga data table best supports the claim that air temperature decreases as altitude increases?

a)

Air temperature is −6.9°F at 423 ft and −94.1°F at 40,570 ft, showing much colder air at higher altitude.

b)

Air temperature is −15.0°F at 8,821 ft and −27.9°F at 17,000 ft, showing warmer air at higher altitude.

c)

Air temperature is −27.9°F at 17,000 ft and −50.3°F at 25,147 ft, showing temperatures rise with altitude.

d)

Temperatures at 34,150 ft (−88.5°F) and 40,570 ft (−94.1°F) are nearly the same, proving no trend.

22.

Compared with the kinetic energy of air molecules at 423 feet above sea level (−6.9°F), the kinetic energy of the air molecules at 40,570 feet where the temperature is −94.1°F would be:

a)

Less

b)

More

23.

Using the trend in the Saratoga data table, what is a reasonable predicted air temperature at 20,000 feet above sea level?

a)

−12°F

b)

−28°F

c)

−36°F

d)

−52°F

24.

The data table shows various weather conditions on a day that a hailstorm occurred. Based on the data, which time did the hailstorm most likely occur?

a)

12:00 PM

b)

4:00 PM

c)

5:00 PM

d)

8:30 PM

25.

Use the information below to answer. Which claim is best supported by the diagrams showing (1) a U.S. hail-days map and (2) a table that lists cloud-top altitude (13, 15, and 17 km) with corresponding probabilities of hail formation (50%, 75%, and 100%)?

a)

It is more likely that hail will form at lower altitudes.

b)

At an altitude of 14 km, the probability of hail is about 62%.

c)

At an altitude of 10 km, the probability of hail is 75%.

d)

At an altitude of 16 km, the probability of hail is 70%.

26.

What is the term for the condition of the atmosphere at a specific place and time?

a)

Climate

b)

Biosphere

c)

Weather

d)

Ecosystem

27.

How are clouds related to hail events?

a)

Clouds have no relation to hail events

b)

Clouds are only present after hail events

c)

Clouds can be seen moving during hail events

d)

Clouds are never present during hail events

28.

How are the particles in a gas different from those in a solid or liquid?

a)

Gas particles have no space between them

b)

Solid and liquid particles are packed closer together

c)

Gas particles are packed close together

d)

Solid and liquid particles are spread far apart

29.

What weather conditions are usually present when hail occurs?

a)

High air temperatures and high humidity

b)

Low air temperatures and low humidity

c)

High air temperatures and low humidity

d)

Low air temperatures and high humidity

30.

In which layer of the Earth's atmosphere does weather primarily occur?

a)

Stratosphere

b)

Troposphere

c)

Mesosphere

d)

Thermosphere

31.

Use quantitative evidence from the same Saratoga data table to support the claim that air temperature changes with altitude. Select all statements that provide correct quantitative evidence that temperature decreases as altitude increases.

a)

From 423 ft (−6.9 °F) to 8,821 ft (−15.0 °F), the temperature dropped by 8.1 °F.

b)

From 17,000 ft (−27.9 °F) to 25,147 ft (−50.3 °F), the temperature decreased by 22.4 °F.

c)

From 34,150 ft (−88.5 °F) to 40,570 ft (−94.1 °F), the temperature increased by 5.6 °F.

d)

At 8,821 ft, the air was warmer than at 423 ft.

e)

From 25,147 ft (−50.3 °F) to 34,150 ft (−88.5 °F), the temperature dropped by 38.2 °F.

32.

Which layer of the atmosphere contains the ozone?

a)

Troposphere

b)

Stratosphere

c)

Mesosphere

d)

Thermosphere

33.
What are the four layers of the atmosphere
a)
hexagon, pentagon, parallelogram, trapezoid
b)
psychrometer, anemometer, barometer, thermometer
c)
troposphere, stratosphere, mesosphere, thermosphere
d)
ground, sky, atmosphere, space
34.

Which of the following best explains why hailstones can grow to large sizes before falling to the ground?

a)

Strong updrafts in thunderstorms keep hailstones suspended, allowing them to collect more layers of ice.

b)

Hailstones form only in small clouds with weak winds.

c)

Hailstones grow larger because they absorb sunlight.

d)

Hailstones are made from melted snowflakes that refreeze instantly.

35.

What is the main difference between hail and sleet? (Pick two)

a)

Hail is made of liquid water, while sleet is made of ice.

b)

Hail forms in strong thunderstorms, while sleet forms during winter storms.

c)

Hail falls slowly, while sleet falls quickly.

d)

Hail forms in warm weather, while sleet forms in cold weather.

36.

Which atmospheric condition is most important for the formation of hail?

a)

Strong upward movement of air within a thunderstorm

b)

Rapid cooling of air near the surface

c)

Calm and clear skies

d)

High humidity at ground level

37.
The ozone layer protects us from the harmful ____________rays of the sun.
a)
Radio
b)
Ultraviolet
c)
Visible
d)
infrared
38.
How is the heat being transferred through the metal bar in the person's hand? 
a)
conduction
b)
convection
c)
radiation
39.
Warm air rises and the cool air sinks demonstrates this type of heat transfer. 
a)
conduction
b)
convection
c)
radiation
d)
Insolation 
40.
When light bounces back it is _____
a)
Reflected
b)
Refracted
c)
Absorbed
d)
Optical Density
41.

Temperature is a measure of what?

a)

The total energy in an object

b)

The average kinetic energy of the particles that make up an object or material

c)

The amount of matter in an object

d)

The flow of thermal energy

42.

How does heat affect objects and materials?

a)

It changes their color

b)

It causes changes in the temperature of objects and materials

c)

It increases their mass

d)

It makes them solid

43.

Which type of cloud is associated with thunderstorms and hail?

a)

a. Stratus

b)

c. Cumulus

c)

b. Fog

d)

d. Cumulonimbus

44.

As water droplet size increases, what happens to the chance of precipitation?

a)

a. Increases

b)

b. Decreases

c)

c. remains the same

45.

What are conditions like outside on days that it hails?

a)

cold and dry

b)

warm and humid

c)

cold and humid

d)

warm and dry

46.

How are updrafts and the size of hail related?

a)

Stronger updraft, bigger hail

b)

Stronger updraft, smaller hail

c)

Stronger updraft, no hail

d)

Weaker updraft, smaller hail

47.

What do we know about the temperature of the air at different heights of a cloud?

a)

The temperature throughout the cloud is the same

b)

The temperature gets colder as the altitude increases

c)

The temperature gets colder closer to the surface of the earth

d)

It is impossible to predict

48.

What is necessary for hail formation?

a)

Light rainfall

b)

A sunny day

c)

A thunderstorm cloud with specific conditions

d)

A rainbow in the sky

49.

Hailstones are made of ______, often in layers.

a)

Water

b)

Clouds

c)

Ice

d)

Onions

50.

Where do particles have the most kinetic energy?

a)

near the ground

b)

in the sky

c)

the energy is the same near the ground and in the sky

d)

in space