Wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

Climate Quiz

Total questions: 71

Worksheet time: 1hrs 12mins

Name
Class
Date
1.

A Sea Breeze occurs during the

a)

night.

b)

day.

c)

night and day.

d)

alien encounter.

2.

A land breeze occurs

a)

during the day.

b)

at night.

c)

during the day and night.

d)

at no time.

3.
Is this a land or a sea breeze?
a)
land breeze
b)
sea breeze
4.
In a sea breeze, the air is warmer above the _____.
a)
land
b)
ocean
c)
sky
d)
beach
5.
Why do land breezes occur at night?
a)
Land cools off slower than water, so the air above water is cooler.
b)
Water cools off faster than land, so the air above land is warmer.
c)
Land heats up slower than water, so the air stays cooler during the day.
d)
Water cools off slower than land, so the air above water is warmer.
6.
In a sea breeze, the air is warmer above the _____.
a)
land
b)
ocean
c)
sky
d)
beach
7.
When warm air rises, ______ pressure forms at the surface of the land or sea.
a)
high
b)
some
c)
low
d)
none
8.

Air moves from _______ pressure to ________ pressure.

a)

high to low

b)

low to high

c)

high to high

d)

low to low

9.
Is this a land or a sea breeze?
a)
land breeze
b)
sea breeze
10.
How does the air move in a sea breeze?
a)
wind moves from north to south
b)
wind moves from ocean to the land
c)
wind moves from the land to the ocean
d)
wind moves from south to north
11.

What time of day do you usually find a land breeze?

a)

Morning

b)

Afternoon

c)

Night

12.

Sea and land breezes happen because

a)

the land heats and cools more quickly than the water

b)

the land heats and cools more slowly than the water

c)

air moves more easily over water than land

d)

air moves more easily over land than water

13.
How does the air move in a sea breeze?
a)
wind moves from north to south
b)
wind moves from ocean to the land
c)
wind moves from the land to the ocean
d)
wind moves from south to north
14.
Why do land breezes occur at night?
a)
Land cools off slower than water, so the air above water is cooler.
b)
Water cools off faster than land, so the air above land is warmer.
c)
Land heats up slower than water, so the air stays cooler during the day.
d)
Water cools off slower than land, so the air above water is warmer.
15.

Air moves from areas of ____ pressure to areas of _____ pressure.

a)

H ; H

b)

L ; H

c)

L ; L

d)

H ; L

16.

What heats up and cools down faster?

a)

Land

b)

Water

17.

The arrow above the water is coming down and is blue because

a)

the water is warm so it warms the air and warm air sinks.

b)

the water is cold so it warms the air and cool air sinks.

c)

the water is cold so it cools the air and cool air sinks.

d)

the water is warm so it warms the air and cool air sinks.

18.

The arrow above the land is going up and is red because

a)

the land is warm so it warms the air and warm air rises.

b)

the land is cold so it warms the air and cool air sinks.

c)

the land is cold so it cools the air and cool air sinks.

d)

the land is warm so it warms the air and cool air rises.

19.

The H pressure area involves cold air moving _____________ and is near the _____________.

a)

down ; land

b)

up ; water

c)

down ; water

d)

up ; land

20.

The L pressure area involves warm air moving _____________ and is near the _____________.

a)

down ; land

b)

up ; land

c)

down ; water

d)

up ; water

21.

L pressure areas involve warm, __________ ______________ air moving upward.

a)

less dense

b)

more dense

c)

less cold

d)

more cold

22.

The L pressure area involves warm air moving _____________ and is near the _____________.

a)

up ; land

b)

down ; water

c)

up ; water

d)

down ; land

23.

The H pressure area involves cold air moving _____________ and is near the _____________.

a)

up ; land

b)

down ; water

c)

down ; moon

d)

down ; land

24.

What is a convection current?

a)

Air that moves in an upward direction only resulting from temperature differences.

b)

Air that moves in a downward direction only resulting from temperature differences.

c)

A circulating flow of air or water resulting from temperature differences.

d)

A circulating flow of air or water resulting from temperatures that are exactly the same.

25.

The map shows an eastern portion of North America. Points A and B represent locations on the eastern shoreline. Which factor is primarily responsible for location A having a lower average yearly temperature than location B?

a)

A) nearness to a large body of water

b)

B) elevation

c)

C) latitude

d)

D) prevailing winds

26.

The photograph below shows Mt. Kilimanjaro, a volcano in Africa, located near the equator. Which climate factor is responsible for the snow seen on Mt. Kilimanjaro?

a)

A) high latitude

b)

B) high elevation

c)

C) nearness to a cold ocean current

d)

D) nearness to a high-pressure weather center

27.

Compared to the climate conditions of dry inland locations, the climate conditions of locations influenced by a nearby ocean generally result in

a)

A) hotter summers and colder winters, with a larger annual range of temperatures

b)

B) hotter summers and colder winters, with a smaller annual range of temperatures

c)

C) cooler summers and warmer winters, with a larger annual range of temperatures

d)

D) cooler summers and warmer winters, with a smaller annual range of temperatures

28.

How does the average annual surface temperature compare from latitude to latitude?

a)

As latitude increases, the average annual surface temperature decreases.

b)

As latitude increases, the average annual surface temperature remains the same.

c)

As latitude increases, the average annual surface temperature increases.

d)

Well, it's not this one. 

29.

In the northwest, a dryer climate is experienced by communities on which side of the Cascade Mountain Range?

a)

windward

b)

north

c)

leeward

d)

south

30.

choose all the factors that influence regional climates

a)

bodies of water

b)

altitude

c)

mountains

d)

global wind patterns

e)

elevation

31.

On the windward side of a mountain, humid air moves up the mountain's slopes and cools to form clouds that produce precipitation; then the dry air warms as it goes down the leeward side of the mountain. This process describes how climate is affected by _____________

a)

large body of water

b)

Mountain Range

c)

altitude

d)

latitude

32.

What kind of climate would you expect to find in a region located inland away from a large body of water as compared to a region at the same latitude that is near a large body of water?

a)

warm temperatures most of the time

b)

more extreme highs and lows

c)

mild and stable

d)

cold most of the time

33.

In North America, on which side of a mountain range would you expect to find a desert?

a)

windward

b)

doldrums

c)

leeward

d)

horse latitudes

34.

What month has the highest temperature?

a)

June

b)

August

c)

December

d)

January

35.

What month has the highest precipitation?

a)

June

b)

August

c)

December

d)

January

36.

What latitude has the coldest temperatures?

a)

Equator

b)

Tropic of Cancer

c)

Arctic Circle

d)

Tropic of Capricorn

37.

Select the factors that influence climate

a)

Latitude

b)

Proximity to Water

c)

Sunlight

d)

Winds

38.

What is the best explanation for these two statements?

1. Some mountains located near the Earth's Equator have snow-covered peaks.

2. Icecaps exist at the Earth's poles.

a)

High elevation and high latitude have a similar effect on climate.

b)

The higher the elevation, the warmer the climate.

c)

Mountain and polar regions receive more energy from the Sun than other regions.

d)

An increase in snowfall and an increase in temperature have a similar effect on climate.

39.

Which city has the greatest temperature range?

a)

A

b)

B

c)

C

d)

D

40.

The parts of the Earth near the equator receive more sunlight than the north or south poles.

How does this impact the climate at the equator?

a)

It makes the climate warmer.

b)

It makes the climate rainy.

c)

It makes the climate dry.

d)

It makes the climate cooler.

41.
Ocean currents bring warm water from the equator towards Earth's
a)
Southern Hemisphere
b)
Continents
c)
Equator
d)
Poles
42.
Cold ocean currents generally come from
a)
The North Pole 
b)
The South Pole
c)
The Equator
d)
Both A and B
43.

On which side of the mountian would you most likely find humid air and green plants?

a)

A

b)

B

44.

Which location has would have a warmer climate?

a)

A

b)

B

45.

Temperature is affected by

a)

Latitude

b)

Altitude

c)

Distance from large bodies of water

d)

Ocean Currents

e)

All of the above

46.

The main factors affect the precipitation are

a)

prevailing winds

b)

mountain ranges

c)

seasonal winds

d)

all of the above

47.

Which city will have a cooler average temperature

a)

Chapel Hill

b)

Havana

48.
The line graph represents?
a)
Temperature
b)
Precipitation
c)
Wind Direction
49.
The bar graph represents?
a)
Temperature
b)
Precipitation
c)
Wind Direction
50.

Which month has the coldest temperature?

a)

January

b)

April

c)

September

d)

March

51.

In which month do they get the most rain in this biome?

a)

January

b)

May

c)

August

d)

November

52.

When does the least precipitation occur?

a)

February - March

b)

April - May

c)

June - July

d)

November - December

53.

Which months have the warmest temperatures?

a)

December, January, February

b)

March, April, May

c)

June, July, August

d)

September, October, November

54.

When is there the most precipitation & highest temperatures?

a)

February

b)

July

c)

September

d)

December

55.

What is being shown on the X axis?

a)

Months

b)

Temperature

c)

Precipitation

d)

Years

56.

Which of the following is a similarity between these two biomes

a)

low temperatures

b)

high temperatures

c)

low precipitation levels

d)

permanently frozen ground

57.

What is NOT a factor that affects climate?

a)

Ocean Currents

b)

Energy

c)

Elevation/Altitude

d)

Urban Development

58.

What do climographs show?

a)

Temperature and Precipitation

b)

Temperature and Air Pressure

c)

Dew Point and Precipitation

d)

Dew Point and Air Pressure

59.

What can you tell about this climograph?

a)

There was a LOT of change in precipitation throughout the year.

b)

The rain stayed the same throughout the year.

c)

There was very LITTLE rain in the summer.

d)

There was a LOT of rain in the summer.

60.

What can you tell about this climograph?

a)

The precipitation and temperature both INCREASED in the summer months.

b)

The precipitation and temperature both DECREASED in the summer months.

c)

There was very LITTLE precipitation throughout the year.

d)

There was a LOT of precipitation throughout the year.

61.

What can you tell about this climograph?

a)

It is COOLER in the summer because it is near the poles.

b)

It is COOLER in the summer because it is near the ocean.

c)

It is WARMER in the summer because it is near the poles.

d)

It is WARMER in the summer because it is near the ocean.

62.

How much precipitation does this location get in August?

a)

30 mm

b)

200 mm

c)

375 mm

d)

37 mm

63.

What is the temperature in December?

a)

400 degrees Celsius

b)

14 degrees Celsius

c)

2 degrees Celsius

d)

14 degrees Fahrenheit

64.

How would you describe this climate? (Pick 2)

a)

Warm

b)

Cold

c)

Dry

d)

Wet

65.

How would you describe this climate in the summer? (Pick two)

a)

Hot

b)

Cold

c)

Dry

d)

Wet

66.

Which climograph best represents the place you see in the picture?

a)
b)
67.

Why do places near the equator tend to be warmer?

a)

They are closer to the sun.

b)

They receive direct sunlight all year long.

c)

Greenhouse gases are more significant near the equator

d)

More people live near the equator so there is more pollution

68.

Which location has the most total annual (yearly) precipitation?

a)

A

b)

B

c)

C

d)

D

69.

Which location is closer to the equator?

a)

Location A

b)

Location B

70.

The two main types of data associated with climate are

a)

Precipitation and temperature

b)

Wind direction and wind speed

c)

Temperature and pressure

d)

Carbon dioxide and methane levels

71.

Land and sea breezes are created because during the day, when the sun is up, the ​ (a)   heats up ​ (b)   than the ocean. At night, when the sun is down, the land cools off more ​ (c)   than the ocean. This difference in ​ (d)   creates the breezes.

Choose from the below words
land
faster
quickly
temperature
slower
slowly