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Test 10-Meteorology review

Total questions: 32

Worksheet time: 16mins

Name
Class
Date
1.

On clear nights in late summer and early fall in Shenandoah Valley, why does ground fog form in the low areas near the Shenandoah River?

a)

Cool, moist air ascends from the river to the hilltops

b)

There is more air pollution in the evenings

c)

Cool, descending air meets moist air in the low areas near the river.

d)

Warm winds bring moisture from the hills down into the valley

2.

In which level of the atmosphere is ozone concentrated?

a)

troposphere

b)

stratosphere

c)

mesosphere

d)

thermosphere

3.

Seasonal changes occur because of….

a)

Earth’s tilt

b)

Earth’s shape

c)

The distance between Earth and the moon

d)

The time of year.

4.

Because of convection, the warmest air in a room?

a)

Spreads out in all directions

b)

rises toward the ceiling

c)

transfers heat to the walls

d)

sinks toward the floor.

5.

Why do hurricanes originate in the warm ocean water?

a)

A hurricane can only form thunderstorm clouds from extremely dense water.

b)

The energy source of a hurricane is derived from increased tidal energy.

c)

The primary source of energy for a hurricane is the heat of condensation being released.

d)

A hurricane can only form in water areas with an increased amount of carbon dioxide.

6.

Which of the following is NOT a factor that controls temperature?

a)

longitude

b)

cloud cover

c)

altitude

7.

The label L indicates an area of low-

a)

temperatures

b)

pressure

c)

altitude

d)

rainfall

8.

How is the intake of solar radiation affected by the increase of carbon dioxide in the Earth’s atmosphere?

a)

A reduced amount of energy is passed through the Earth’s atmosphere.

b)

A reduced amount of energy is absorbed by the Earth’s atmosphere.

c)

Additional energy is trapped by greenhouse gases.

d)

Additional energy is reflected back into space.

9.

When a liquid absorbs energy and changes to gas, what takes place?

a)

condensation

b)

sublimation

c)

infiltration

d)

evaporation

10.

By viewing the graphs, a realistic conclusion would be that global temperatures and carbon dioxide levels are-

a)

not related

b)

inversely related

c)

indirectly related

d)

directly related

11.

What does relative humidity indicate?

a)

how close air is to saturation

b)

the amount of heating needed for evaporation

c)

the amount of water vapor in the air

d)

the ratio of water vapor to carbon dioxide in air

12.

The figure depicts a mountain with the left side being the wet side and the right side being the dry side. Why does the mountain have two different types of climates?

a)

The Sun only shines on the right side of the mountain, which causes a desert climate.

b)

The cold air rises increasing its moisture content which is too heavy to cross over the peak of the mountain.

c)

The mountain prevents the hot air from rising and releasing all moisture on the left side of the mountain.

d)

The mountain changes the amount of moisture that the wind carries by preventing the winds from crossing the peak.

13.

The temperate climate is mostly located at he points of-

a)

2& 3

b)

5& 6

c)

3 & 4

d)

2 & 5

14.

Which process produces rising air when mountains push the air upward?

a)

orographic lifting

b)

localized convective lifting

c)

frontal wedging

d)

convergence

15.

The precipitation that forms in a cumulonimbus cloud when small ice pellets fall through it and grow by collecting supercooled water is….

a)

rain

b)

snow

c)

sleet

d)

hail

16.

A student examines the average high temperatures for two cities, A and B. Which conclusion is true regarding a city’s location?

a)

City B is near the coast because the winter temperatures are cooler than in city A.

b)

City A is near the coast because the temperatures are hotter in the summer than in city B.

c)

City B is near the coast because the ocean causes large variations in temperature throughout the year.

d)

City A is near the coast because the ocean would minimize the temperature variation throughout the year.

17.

What weather front will occur if a faster moving cold air mass overtakes a slower moving warm air mass and pushes the warm air up into the atmosphere?

a)

occluded front

b)

cold front

c)

massive front

d)

stationary front

18.

Where on the map would a tropical rain forest most likely be found?

a)

Area 2

b)

Areas 3

c)

Area 1

d)

Area 4

19.

Pressure decreases from the outer isobars toward the center in

a)

cyclones

b)

anticyclones

c)

polar fronts

d)

jet streams

20.

Because of the Coriolis effect, wind in the Northern Hemisphere….

a)

is deflected to the left

b)

rises higher into the atmosphere

c)

is deflected to the right

d)

sinks lower into the atmosphere

21.

What are the most prominent features of airflow above the friction layer?

a)

jet streams

b)

vertically moving winds

c)

right-deflected winds

d)

left-deflected winds

22.

People have tried many methods to artificially produce rain. One method, called cloud seeding, involves air planes dropping particles of silver iodide onto clouds to help the clouds produce rain droplets. These silver iodide particles act as-

a)

condensation nuclei

b)

electrical charges

c)

dew points

d)

hailstones

23.

In the weather map in the figure above, the line with small semi-circles on one side represents-

a)

warm air moving in the direction the circles point.

b)

cool air moving opposite the direction the circles point

c)

cool air moving in the direction the circles point

d)

warm air moving opposite the direction the circles point.

24.

Which air masses influence much of the weather in North America, especially east of the Rocky Mountains?

a)

maritime tropical & continental polar

b)

maritime polar & continental polar

c)

continental polar & continental tropical

d)

maritime polar & maritime tropical

25.

What forms at the boundary between 2 different air masses of different properties?

a)

a temperature inversion

b)

a front

c)

a hurricane eyewall

d)

a storm surge

26.

Air masses are classified according to the…..

a)

direction in which they move

b)

speed of their movement

c)

surface over which they form

d)

temperature of their air at a certain time

27.

A scientist is studying energy transfer that occurs in the oceans, atmosphere, and Earth’s interior. Which of these is the scientist most likely studying?

a)

pressure

b)

density

c)

gravity

d)

convection

28.

What is the correct labeling of the layers of the atmosphere from bottom to top?

a)

Troposphere, Mesosphere, Thermosphere, Stratosphere

b)

Thermosphere, Stratosphere, Mesosphere, Troposphere

c)

Troposphere, Stratosphere, Mesosphere, Thermosphere

d)

Stratosphere, Troposphere, Mesosphere, Thermosphere

29.

Which instrument is used to measure the data expressed in the isobars on the attached diagram?

a)

anemometer

b)

barometer

c)

thermometer

d)

radiosone

30.

Carbon dioxide levels have increased significantly over the last 50 years. The yearly fluctuations are most likely due to-

a)

the burning of fossil fuels

b)

seasonal factors

c)

sunspots

d)

misinterpretation of the data

31.

Airplanes fly in which layers of the atmosphere?

a)

Troposphere, Stratosphere, and Mesosphere

b)

Troposphere and Stratosphere

c)

Stratosphere and mesosphere

d)

Troposphere, Stratosphere, Mesosphere, and Thermosphere

32.

As elevation increases,

a)

latitude increases

b)

latitude decreases

c)

the climate is colder

d)

the climate is warmer