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Meteorology Part 2 Test

Total questions: 50

Worksheet time: 12hrs 51mins

Name
Class
Date
1.

The diagram represents Earth, showing two cities and the axis of rotation. The current temperature in City X is higher than in City Y. Based on the diagram, which statement best explains this temperature difference?

a)

It is winter in City Y.

b)

City X is closer to the Sun.

c)

It is nighttime in City Y.

d)

City X is in the northern hemisphere.

2.

The diagram shows the tilt of Earth and the angle of arriving sunlight caused by this tilt. Which conclusion is supported by the diagram?

a)

The equator has the greatest number of deserts.

b)

The Northern Hemisphere is experiencing daytime.

c)

The tilt of Earth is causing icebergs to melt.

d)

The Southern Hemisphere is experiencing summer.

3.

The diagram shows an arrangement of Earth, the Sun, and the Moon. Which most likely occurs at Point X due to the positions of the illustrated bodies?

a)

shorter hours of daylight

b)

stronger magnetic field

c)

early snowfall

d)

high tide

4.

Greenhouse gases in the atmosphere trap heat near Earth’s surface. Which of these is a greenhouse gas?

a)

nitrogen

b)

argon

c)

water vapor

d)

oxygen

5.

The following table identifies primary gases released by three active volcanoes. These data allow scientists to use a volcano as a model for which system?

a)

sources for compounds in Earth’s early atmosphere

b)

sources for compounds in atmospheres on other planets

c)

chemical requirements of early plants on Earth

d)

chemical makeup of magma on other planets

6.

Volcanic eruptions early in Earth’s history are believed to be responsible for a large proportion of the matter now found in which Earth structure?

a)

mantle

b)

asthenosphere

c)

hydrosphere

d)

ozone layer

7.

The average yearly rainfall for Miami, Florida is about 58 inches. During the year, Miami goes through a dry period where it receives very little rainfall. Which factor is most likely responsible for the dry period?

a)

cold air moving in from the north

b)

distance from the Gulf Stream current

c)

location of latitude north of the equator

d)

warm air moving in from the Atlantic Ocean

8.

The Earth’s equator receives more direct sunlight than the regions to its north and south. This distribution of sunlight accounts directly for which phenomenon?

a)

The westward deflection of equatorial winds.

b)

The movement of rising air currents away from the equator.

c)

The rotation of storm systems.

d)

The formation of calm “eyes” in the centers of cyclones.

9.

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

10.

The diagram below shows a very cold air mass moving over a large, warm lake. When cold air in the winter passes over large bodies of warm water, moisture is picked up. As the air rises rapidly over land,

a)

lightning generally occurs.

b)

precipitation generally occurs

c)

cold fronts become warm fronts

d)

hurricanes are formed.

11.

Temperature inversions are common in the Los Angeles area. Which statement describes a characteristic of a temperature inversion that can lead to extended periods of poor air quality?

a)

Inversions reverse the direction of sea and land breezes.

b)

Inversions reverse the normal composition of atmospheric gases.

c)

Inversions prevent the normal convection of air masses.

d)

Inversions prevent the reaction of carbon dioxide with water vapor.

12.

A high pressure system (H) is moving to the southeast as shown on the weather map. Cold air is usually found north and west of a high pressure system. Warm air is to the south and east of the front. Based on this information, what is the best prediction for weather on the day after the system passes the point marked X?

a)

wet air with cooler temperatures

b)

drier air with cooler temperatures

c)

wet air with warmer temperatures

d)

drier air with warmer temperatures

13.

What happens to a moist air mass as it moves upward in the atmosphere?

a)

It becomes warmer and forms clouds.

b)

It becomes cooler and forms clouds.

c)

Its temperature remains the same.

d)

Its temperature varies greatly.

14.

What would a warm air mass over the ocean most likely cause?

a)

earthquake

b)

snowfall

c)

tsunami

d)

rainfall

15.

Winds blowing inland from oceans tend to have greater moisture than winds blowing over land. How does the high moisture content affect the coastal area climate?

a)

There is less condensation.

b)

There are fewer hurricanes.

c)

There is greater precipitation.

d)

There are more smog-filled areas.

16.

Convection currents are formed in the atmosphere when cold air pushes warm air upward. Which property of the air is most responsible for the formation of convection currents?

a)

chemical composition

b)

thermal conductivity

c)

density differences

d)

specific heat

17.

High-pressure systems stop air from rising into the colder regions of the atmosphere where water can condense. What will most likely result if a high-pressure system remains in an area for a long period of time?

a)

fog

b)

rain

c)

drought

d)

tornado

18.

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

a)

the sun

b)

oceans

c)

the moon

d)

mountains

19.

Air masses have the same properties as the surface over which they develop. If an air mass develops over Region 1, which properties will it most likely have?

a)

hot and dry

b)

cold and dry

c)

hot and moist

d)

cool and moist

20.

Which condition is most likely to cause the formation of a temperature inversion?

a)

rapid cooling of the ground at night

b)

high wind on a sunny morning

c)

saturation of soil with warm rain

d)

rapid collision of warm and cold fronts

21.

The arrow on the map below shows the location of an air mass over the Gulf of Mexico. An air mass that moves from the equator over the Gulf of Mexico would be

a)

cool and dry

b)

cool and humid

c)

warm and humid

d)

warm and dry

22.

A stationary air mass over the Gulf of Mexico would typically be

a)

warm and dry

b)

warm and humid

c)

cool and dry

d)

cool and humid

23.

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

24.

When a cold front moves over a land region that has warm, moist air, a transfer of energy occurs. Cold air sinks and pushes warmer air upward. As energy is removed from the air, which change will most likely take place?

a)

Ozone in the atmosphere will decrease.

b)

Less ultraviolet radiation will reach the land.

c)

More water will be absorbed from the area lakes.

d)

Water in the atmosphere will undergo a phase change

25.

Which of these processes in the water cycle heats the atmosphere most as a cyclonic storm forms over the ocean?

a)

Water droplets cluster into clouds.

b)

Water droplets fall to Earth as rain.

c)

Water evaporates from the ocean to the atmosphere.

d)

Water vapor in the atmosphere condenses into droplets.

26.

How do hurricanes form and move?

a)

The storms form at the equator and initially move west.

b)

The storms form at the equator and initially move south.

c)

The storms form at the northern midlatitude and initially move west.

d)

The storms form at the northern midlatitude and initially move south.

27.

Tornadoes can occur throughout the United States. One area where most of the tornadoes occur is known as Tornado Alley. Which environmental factors most likely impact the formation of tornadoes in this area?

a)

high pressure systems colliding with other high pressure systems

b)

cold dry air and warm dry air moving towards each other

c)

low evaporation rates and windy conditions

d)

cool dry air colliding with warm moist air

28.

Hurricanes typically form during predictable times of year and in certain locations on Earth. Which factor best enables climatologists to forecast the time and location of hurricane formation?

a)

water current and temperature

b)

distance of area from the Sun

c)

jet stream altitude and speed

d)

angle of sunlight on Earth

29.

How does air density affect air pressure in a cyclonic storm?

a)

Warm air rises, creating an area of low pressure under it.

b)

Cool air rises, creating an area of low pressure under it.

c)

Warm air rises, creating an area of high pressure under it.

d)

Cool air rises, creating an area of high pressure under it.

30.

Which statement best explains why the force of a hurricane diminishes as the hurricane moves over land?

a)

A high pressure area develops.

b)

The sea level rises on the coast.

c)

The winds start to spin clockwise.

d)

The supply of warm, moist air decreases.

31.

The air masses that interact to form hurricanes and cyclones rise and fall due to changes in air density and air pressure. Why do these storms also spin?

a)

Ocean currents drag the air above them in circles.

b)

The Moon’s gravity pulls air currents with the tides.

c)

Low pressure air pushes high pressure air sideways.

d)

Earth’s rotation causes the air to turn as it moves north.

32.

Which are widely considered to be safe locations during a hurricane?

a)

in a kitchen, in a closet, under a stairwell

b)

on a porch, in a basement, in a bathroom

c)

under a stairwell, in a basement, in a closet

d)

in a bathroom, in a kitchen, on a porch

33.

What causes the differences in the air masses that permit hurricanes to form over oceans?

a)

Ocean water is cool and cools the air above it.

b)

Ocean water is warm and heats the air above it.

c)

Ocean water contains salt that reacts with air, changing the air pressure.

d)

Ocean water contains algae that make oxygen, changing the air’s composition.

34.

This graph illustrates temperatures for an area collected over several years. Why is the graph useful for making predictions of future temperatures for the area?

a)

The graph provides an explanation of weather.

b)

The graph was made from a large data set.

c)

The graph indicates climate limits.

d)

The graph shows current weather conditions.

35.

Volcanoes release several gases during eruptions. Which of these gases has been shown to cause significant cooling of the climate for one or more years after an eruption?

a)

water vapor

b)

sulfur dioxide

c)

carbon dioxide

d)

hydrogen fluoride

36.

Which form of water, when present in the atmosphere, is most likely to contribute to global warming?

a)

cloud

b)

rain

c)

vapor

d)

snow

37.

Visible light reaches Earth’s surface while infrared light is trapped as heat. Which characteristic of Earth’s atmosphere causes this to happen?

a)

the ozone hole

b)

the inversion layer

c)

the greenhouse effect

d)

the atmospheric continuum

38.

When compared to current average conditions, which term would best describe conditions in Earth’s lower atmosphere if greenhouse gases were absent?

a)

denser

b)

cooler

c)

wetter

d)

cloudier

39.

Why should people still focus their efforts on limiting carbon dioxide emissions?

a)

The other gases circulate more readily through the global atmosphere.

b)

Humans generate significantly more CO2 than they do the other gases.

c)

Atmospheric reactions convert large quantities of other gases into CO2.

d)

CO2 is responsible for increasing the size of the ozone hole over Antarctica.

40.

After a period of steady increase, the rate of coal consumption was 50% higher during 2009 than it was during the year 2000. If this trend continues, which impact will coal consumption most likely have on the environment after the year 2010?

a)

decreased rates of deforestation

b)

decreased atmospheric temperatures

c)

increased amounts of radioactive waste

d)

increased levels of greenhouse gas emissions

41.

The average temperature of Earth has increased approximately 0.8°C in the last one hundred years. Which of the following do researchers most attribute to this temperature increase?

a)

increased population in third-world countries

b)

increased use of fossil fuels

c)

the solar flares reaching Earth

d)

the lower amounts of carbon dioxide

42.

Urban City X has been reffered to as an urban heat island becuase it tends to be warmer than the surrounding rural areas. The report below lists changes that have occurred in one year in Urban City X.

Report for Urban City X:

8 roads were repaved population increased 20% Public transportation increased by 5% 4 new apartment complexs were built plans were drafted to build a local park a meeting was held about alternative energy sources

What is the main cause of Urban city X being an urban heat island?

a)

the planting of trees and other vegetation

b)

the building of rooftop gardens

c)

installation of solar panels

d)

the construction of parking areas and road systems

43.

Weather stations built in urban areas can be influenced by the human-made structures that surround these stations. Some of these weather stations used to determine mean temperatures in the United States have had the validity of the data questioned. Which human-produced effect could these urban weather stations be measuring?

a)

heat island

b)

rain shadow

c)

land breeze

d)

cold front

44.

The greenhouse effect is a process by which atmospheric gases, including help warm the atmosphere and surface of Earth. Some scientists think the greenhouse effect is increasing due to human activities. Which of these human activities has caused the greatest increase in concentrations of atmospheric

a)

replanting forests

b)

air pollution in cities

c)

burning fossil fuels

d)

increased use of nuclear energy

45.

Large metropolitan areas are composed of hard surfaces that trap solar energy as heat, especially in the summer months. The EPA estimates that the trapped heat results in 1.5 – 2.0% increase in energy consumption for every 0.6 °C increase in air temperature in these urban heat islands. Most of this energy is supplied by power plants that rely on fossil fuels. Which of the following effects of increased energy use and regional air temperatures directly impacts human health?

a)

increased water temperatures in storm runoff

b)

prolonged growing seasons for urban plants

c)

higher concentrations of ground-level ozone

d)

increased levels of atmospheric carbon dioxide

46.

Raising livestock, such as sheep and cattle, results in the production of large amounts of methane gas. Methane has the same effect in the atmosphere as carbon dioxide. As more livestock are raised to provide food for humans, what is the most likely effect of the increase in methane?

a)

acid rain

b)

ozone thinning

c)

water pollution

d)

global warming

47.

Temperature affects the development of sea-turtle eggs. Eggs that are incubated at warmer temperatures are more likely to become females. Eggs incubated at cooler temperatures are more likely to become males. How would higher atmospheric carbon dioxide concentrations most likely affect sea turtle populations?

a)

Earth’s climate would be warmer, so the percentage of female turtles would increase.

b)

Earth’s climate would be cooler, so the percentage of female turtles would increase.

c)

Earth’s climate would be warmer, so the percentage of female turtles would decrease

d)

Earth’s climate would be cooler, so the percentage of female turtles would decrease.

48.

In which atmospheric layer of Earth do thunderstorms occur?

a)

thermosphere

b)

mesosphere

c)

stratosphere

d)

troposphere

49.

Which contributes to the formation of hurricanes during the late summer?

a)

the interaction between ocean water salinity and warm air masses

b)

the interaction between ocean water currents and polar air masses

c)

the interaction between ocean water temperatures and warm air masses

d)

the interaction between ocean water salinity and ocean water density

50.

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.