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Weather & Climate

Total questions: 40

Worksheet time: 30mins

Name
Class
Date
1.

Storms transport (move) water in the form of rain. The energy that starts this process (activity) comes from which of these?

a)

the oceans

b)

the Sun

c)

clouds

d)

Earth

2.

Water vapor sometimes condenses (shirks) into stratus clouds that are in contact with the ground. What forms as a result (outcome) of this process?

a)

ozone

b)

methane

c)

fog

d)

smoke

3.

A map of the weather in Texas is shown. Which stage of the water cycle would MOST directly cause the weather conditions shown in eastern Texas?

a)

condensation

b)

evaporation

c)

precipitation

d)

infiltration

4.

When is the MOST energy transferred (moved) from the Sun to water in the water cycle?

a)

during collection

b)

during evaporation

c)

during condensation

d)

during precipitation

5.

Which statement explains what will MOST likely happen to the hydrosphere in an area where air temperatures increase?

a)

Earthquake intensity will decrease.

b)

Mountain formation will decrease.

c)

Rock weathering will increase.

d)

Evaporation will increase.

6.

The process by which water vapor in the atmosphere cools and becomes a liquid is called

a)

evaporation

b)

perspiration

c)

condensation

d)

transportation

7.

Two characteristics of the Nevada climate are low humidity and abundant (a lot) sunshine. This combination of characteristics MOST likely results in

a)

low altitude fog.

b)

rapid evaporation.

c)

high elevation snowfall.

d)

frequent thunderstorms.

8.

Which important feature (piece) of the water cycle is missing from this figure (picture)?

a)

the Moon

b)

the Sun

c)

rainbows

d)

people

9.

This diagram (picture) shows the water cycle. What event happens at Point 3?

a)

Tides move the ocean water.

b)

Waves move ocean water onto the shore.

c)

Organisms in the ocean breathe oxygen in the water.

d)

The Sun heats ocean water causing some to evaporate.

10.

Which explains why most of the rain that falls comes from the ocean?

a)

The majority of evaporation takes place over the ocean.

b)

The majority of precipitation takes place over the ocean.

c)

Most rivers deposit freshwater into the ocean.

d)

Most clouds form near or over the ocean.

11.

This weather map shows a variety (many) of high- and low-pressure systems across the country. Which of the following is the MOST likely cause of the high- and low-pressure systems?

a)

lunar gravity

b)

global warming

c)

magnetic field

d)

solar energy

12.

A high-speed wind, called a jet stream, is moving from the west to the east across the United States. Which characteristic of this jet stream is MOST important in predicting (guessing) weather patterns?

a)

The jet stream controls the speed of surface wind.

b)

The jet stream controls the direction of surface wind.

c)

The jet stream separates moist northern air from dry southern air.

d)

The jet stream separates cold northern air from warm southern air.

13.

Hurricanes are large tropical storms with heavy winds that exceed (top) 74 miles per hour. Hurricanes produce (make) heavy rains and may give rise to tornadoes. What is the source (cause) of the energy contained (inside) in hurricanes?

a)

thermal energy of ocean waters

b)

kinetic energy of coastal lands

c)

thermal energy of coastal lands

d)

mechanical energy of moving air

14.

Which two factors (reasons) are MOST responsible for a flash flood?

a)

the distance from rivers and the time when it rains

b)

the temperature of the rain and the time since it last rained

c)

how much rain is falling and how long the rain lasts

d)

how far the water must flow and time of the year it is raining

15.

When air rises over the open ocean, a low-pressure system is formed. Which factor (part) increases the potential (likeliness) of a low-pressure system developing into a hurricane in the Northern Hemisphere?

a)

cool ocean currents circulating toward the equator

b)

increased volcanic activity in the upper latitudes

c)

cold air moving south from the North Pole

d)

warm water temperatures in the tropics

16.

What major and potentially (likely) catastrophic events can be predicted (guessed) to occur (happen) in the Northern Hemisphere between the months of June and November?

a)

tsunamis

b)

hurricanes

c)

asteroid impacts

d)

volcanic eruptions

17.

In the United States, lightning occurs (happens) most often in Florida. Which of these is a cause (reason) of lightning?

a)

discharge between rain clouds and Earth

b)

rapidly expanding air caused by intense heat

c)

solar particles interacting with the atmosphere

d)

low slanting rays of the Sun refracted by ice crystals

18.

The arrows represent (show) air rising from above the ocean surface higher into the atmosphere. Rising warm air leads to the formation (creation) of which of these?

a)

tsunamis

b)

high tides

c)

hurricanes

d)

greenhouse gases

19.

Meteorologists categorize (group) hurricanes based on the Saffir-Simpson scale. The scale measures the intensity (strength) and destructive (damage) potential of hurricanes. Which factor has the MOST significant (important) effect on the strength of a hurricane?

a)

the initial speed of a hurricane

b)

the direction that the hurricane rotates

c)

the number of hurricanes that form in a year

d)

the temperature of the water below the hurricane

20.

Which type of activity would MOST likely be included on a weather map?

a)

satellite

b)

seismic

c)

volcanic

d)

hurricane

21.

Which MOST likely contributes to the rotational pattern of a hurricane that develops in the Atlantic Ocean?

a)

Gulf Stream

b)

Coriolis effect

c)

low relative humidity

d)

high-pressure systems

22.

Which of these is associated with hurricanes?

a)

a storm that forces strong winds toward the ground

b)

a storm that develops in warm air closer to the equator

c)

a storm that develops many high-pressure thunderstorm clouds

d)

a storm that causes an area of low pressure beneath the warm air

23.

Which condition is associated (related/linked) with MOST warm fronts?

a)

tornado formations

b)

low temperatures

c)

violent air mass collisions

d)

cloud formations bringing precipitation

24.

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 (likely)?

a)

cool and dry

b)

warm and dry

c)

cool and wet

d)

warm and wet

25.

A model is shown. 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

26.

The latitudes at which hot deserts are found have enough direct solar heating to produce(make) high temperatures. Which of these is another primary factor (trait) that defines deserts?

a)

almost total erosion of all land material above bedrock

b)

extremely rapid rainfall percolation through surface material

c)

soil toxicity concentrated enough to suppress food-web formation

d)

location where atmospheric convection results in a dry air mass

27.

Barometric pressure has been dropping all day. What weather conditions will most likely occur?

a)

sunny weather

b)

stormy weather

c)

calm weather

d)

hot weather

28.

Doppler radar shows a vertical rotating column of air with high wind speeds. Which is most likely occurring?

a)

the formation of a hurricane

b)

the formation of a tornado

c)

approaching warm front

d)

approaching snowstorm

29.

A sea breeze blows from the ocean toward the shore. Why does this occur?

a)

High pressure over the land causes a downdraft to occur.

b)

The tide carries the wind to the shore as it moves back and forth.

c)

Conduction of heat from the warm water produces wind from the ocean.

d)

Air over land heats faster than air over water, which causes convection.

30.

Uneven heating of Earth’s surface by the Sun causes which of these?

a)

wind patterns

b)

cloud formation

c)

volcanic activity

d)

nutrient cycling

31.

When air is heated, it will MOST likely

a)

expand and fall.

b)

expand and rise.

c)

condense and fall.

d)

condense and rise.

32.

Which is responsible for creating wind?

a)

wave action

b)

solar energy

c)

trees blowing

d)

gravitational force

33.

When visiting the beach, Felicity observed (saw) that a breeze blew in from the ocean during the day and out toward the ocean at night. Which factor is MOST responsible for the direction of land and sea breezes in coastal regions?

a)

the revolution of Earth around the Sun

b)

the uneven heating between the land and water

c)

the gravitational pull of Earth on the atmosphere

d)

the daily rise and fall of tides in a regular pattern

34.

The horizontal line on the map represents the equator. In which major climate zone is the equator located?

a)

polar

b)

subtropical

c)

temperate

d)

tropical

35.

Which statement best describes trade winds?

a)

Trade winds blow from east to west in the tropical region.

b)

Trade winds blow from west to east in the temperate zone.

c)

Trade winds blow from east to west in the temperate zone.

d)

Trade winds blow from west to east in the tropical region.

36.

What occurs (happens) when cool air moves from the ocean toward the beach during the day?

a)

a land breeze

b)

a prevailing wind

c)

a sea breeze

d)

an updraft

37.

What helps in the regulation (balance) of the temperature range of the Earth’s atmosphere?

a)

winds

b)

water

c)

land

d)

air mass

38.

The diagram represents (shows) solar energy that is absorbed the Earth’s land and water surfaces and is changed into heat that radiates (spreads) back into the atmosphere. What is this process called?

a)

radiation

b)

ozone depletion

c)

evaporation

d)

greenhouse effect

39.

The arrow in the diagram (picture) indicates (shows) the deflection of air and water due to the rotation of the earth. What is the deflection called?

a)

Coriolis effect

b)

cyclone effect

c)

gradient effect

d)

rotation effect

40.

What is the difference between an anemometer and a wind vane?

a)

An anemometer measures wind direction and a wind vane measures wind speed.

b)

An anemometer measures air pressure and a wind vane measures direction.

c)

An anemometer measures wind speed and a wind vane measures air pressure.

d)

An anemometer measures wind speed and a wind vane measures wind direction.