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Water Cycle and Weather Test

Total questions: 33

Worksheet time: 17mins

Name
Class
Date
1.

The atmosphere is 78 percent_________.

a)

oxygen

b)

water vapor

c)

nitrogen

d)

argon

2.

Which property of water vapor allows it to function as a greenhouse gas?

a)

Water vapor expands when exposed to sunlight.

b)

Water vapor absorbs and re-emits heat radiated from Earth.

c)

Water vapor changes ultraviolet radiation into carbon dioxide.

d)

Water vapor transmits heat as solar radiation.

3.

Which gas, when condensed into its liquid state in the atmosphere, forms clouds?

a)

methane

b)

nitrogen

c)

water vapor

d)

carbon dioxide

4.

When a plane flies, it travels through air that contains gases, liquids, and solids. This area is BEST described as the

a)

atmosphere.

b)

lithosphere.

c)

biosphere.

d)

hydrosphere.

5.

Which element makes up MOST of the air we breathe.

a)

carbon

b)

nitrogen

c)

oxygen

d)

argon

6.

Which factor determines whether precipitation will be in the form of rain or snow?

a)

wind

b)

humidity

c)

air pressure

d)

temperature

7.

What is the main source of energy that causes water to evaporate from the surface of Earth?

a)

lightning

b)

the Sun

c)

gravity

d)

wind

8.

A student uses a terrarium to model the water cycle. Before putting the lid on the jar, the student waters the plants and puts the terrarium in a sunny window.

What part of the water cycle occurs inside the terrarium only after the plants have been added?

a)

precipitation

b)

evaporation

c)

condensation

d)

transpiration

9.

Which of these could cause water vapor to condense into rain droplets?

a)

sunlight warming the surface of oceans

b)

air rising into colder regions of the atmosphere

c)

lightning heating the air in the atmosphere

d)

winds blowing along the surface of the ground

10.

The atmosphere of Earth blocks many of the Sun’s rays. If weather patterns change and more of the Sun’s rays penetrate the atmosphere of Earth, which is MOST likely to increase?

a)

the number of daylight hours

b)

the evaporation of oceans

c)

the length of each season

d)

the pull of gravity

11.

Juan noticed that sunny skies suddenly became stormy. Which MOST likely happened when the weather changed in this way?

a)

Winds weakened.

b)

Humidity decreased.

c)

Air pressure dropped.

d)

Temperatures increased.

12.

The symbol represents a front on a weather map. Which type of front does the symbol represent?

a)

cold front

b)

warm front

c)

stationary front

d)

occluded front

13.

In which location, on the map, are thunderstorms MOST likely to occur within the next 24 hours (tomorrow)?

a)

1

b)

2

c)

3

d)

4

14.

According to this map, a cold front is moving through which state?

a)

New Mexico

b)

Illinois

c)

Oregon

d)

Nevada

15.

Clay is watching the weather to prepare for a trip to the beach tomorrow. The forecast predicts that a low-pressure system will move in overnight. Which type of weather can Clay MOST likely expect in the morning?

a)

foggy

b)

sunny

c)

clear and colder

d)

cloudy and rainy

16.

An air mass travels north over the Pacific Ocean, from the tropics, and then eastward across the United States. Which weather pattern can be expected?

a)

cool and dry

b)

warm and dry

c)

cool and wet

d)

warm and wet

17.

How do the conditions for a tornado differ from the conditions for a hurricane?

a)

Tornadoes never form when there is rain, while hurricanes always form with rain.

b)

Tornadoes form under low pressure, while hurricanes form under high pressure.

c)

Tornadoes form in a stable atmosphere, while hurricanes form in an unstable atmosphere.

d)

Tornadoes generally form over land, while hurricanes form over bodies of water.

18.

What are the characteristics of maritime polar air masses?

a)

cool and dry

b)

warm and dry

c)

cool and humid

d)

warm and humid

19.

Hurricanes form over equatorial areas. This is because

a)

solar heating is greatest near the equator.

b)

the Moon’s plane of orbit is close to the equator.

c)

Earth’s volcanic activity is clustered around the equator.

d)

the rate of rotation of Earth’s surface is less at the equator.

20.

What type of weather would MOST likely appear at the location marked X?

a)

cold and dry

b)

cold and wet

c)

warm and dry

d)

warm and wet

21.

The blue water from the jar rises to the top of the bowl. This model is MOST likely showing which event?

a)

the way heat is transferred from a gas grill to food

b)

the exchange of oxygen and carbon dioxide in lungs

c)

the convection currents that form thunderstorms

d)

the direction in which a hurricane moves

22.

Which of these actions causes wind?

a)

rotation of Earth on its axis

b)

movement of air from water to land

c)

uneven heating of Earth’s surface

d)

air passing Earth as it revolves around the Sun

23.

What part of this process is being demonstrated in this diagram?

a)

Heat causes gases to expand.

b)

Heat causes gases to contract.

c)

As air cools, currents flow clockwise.

d)

As air cools, currents flow counterclockwise.

24.

What is the main source of energy that drives all weather patterns?

a)

the Sun

b)

oceans

c)

the Moon

d)

mountains

25.

Which of the following are narrow belts of strong winds found in the upper troposphere?

a)

doldrums

b)

westerlies

c)

trade winds

d)

jet streams

26.

Land heats up faster during the day than water does. As the beach gets warm during the day, it heats the air above it. The warm air rises and cool air from the ocean is pulled in to replace it. So, air flows from the ocean to the land. At night, the land cools faster than the ocean. What MOST likely happens to the air at the beach at night?

a)

The air is still.

b)

The air moves along the coast.

c)

The air flows from the ocean to the land.

d)

The air flows from the land to the ocean.

27.

Which process does the figure show?

a)

water cycle

b)

smog formation

c)

ozone depletion

d)

greenhouse effect

28.

Which is a factor that MOST likely would affect the climate in a particular area?

a)

amount of lightning

b)

distance from an ocean

c)

number of earthquakes

d)

shape of the shoreline

29.

How does the ocean affect weather on Earth?

a)

Waves in the ocean push on the air above, which causes storms to form.

b)

Salt in the ocean dries the air above, causing the air to heat up and rise.

c)

Water evaporates from the ocean, causing clouds to form and send rain back to Earth.

d)

Water in the ocean is cooler than the air above, which causes the air temperature to remain low.

30.

Residents in a seaside town experience onshore breezes from the ocean during hot sunny days and offshore breezes from the land during cool nights. How does the ocean affect this pattern?

a)

Warm air sinks over the ocean and moves onto land.

b)

Cold air rises over the land and moves over the ocean.

c)

The land heats and cools faster than the ocean heats and cools.

d)

The ocean heats and cools faster than the land heats and cools.

31.

Which condition MOST likely causes a sea breeze to occur in the afternoon?

a)

a thunderstorm forming over the land

b)

a rise in pressure over the land and water

c)

a cold front moving from the land toward the ocean

d)

a temperature difference between the land and the water

32.

Two cities are located only 50 kilometers apart and yet the cities have different climates. Which of these factors is the MOST likely cause of this difference in climate?

a)

elevation

b)

population

c)

latitude

d)

longitude

33.

Scientists are developing new satellite technology to help predict the weather. How will developing this technology MOST likely benefit people?

a)

It will show people that storms can be prevented.

b)

It will show people that science is interesting.

c)

It will help warn people about dangerous storms.

d)

It will help people drive in the rain.