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Unit 3: Air Pressure and Weather Patterns

Total questions: 40

Worksheet time: 20mins

Name
Class
Date
1.

The force exerted by the weight of the air above is called _____________________.

a)

Air Pressure

b)

Convergence

c)

The Coriolis Effect

d)

Divergence

2.

In which direction is air pressure exerted? 

a)

upward

b)

downward

c)

in all directions

d)

sideways

3.

Which of the following instruments is used to measure air pressure?

a)

anemometer

b)

sling psychrometer

c)

barometer

d)

all of these measure air pressure

4.

Standard sea level pressure in millibars is __________.

a)

1013.2

b)

750.1

c)

1000

d)

980.5

5.

What is the ultimate energy source for most wind?

a)

Earth's rotation

b)

Solar radiation

c)

Earth's revolution

d)

Tides

6.

Which force generates winds?

a)

Friction

b)

Gravity

c)

The Coriolis Effect

d)

Pressure differences

7.

A steep pressure gradient ______________________________.

a)

would be depicted by widely spaced isobar lines

b)

produces strong winds

c)

is only possible in the tropics

d)

produces light winds

8.

High-altitude, high velocity “rivers” of air are called __________________.

a)

cyclones

b)

anticyclones

c)

jet streams

d)

tornadoes

9.

The Coriolis Effect influences _____________________.

a)

wind direction

b)

wind speed

c)

both wind speed and direction

d)

neither wind speed nor direction

10.

The deflection of wind due to the Coriolis Effect is strongest at ____________________.

a)

the equator

b)

midnight

c)

the midlattitudes

d)

the poles

11.

In the figure, the lines on the weather map that connect points of equal pressure are __________.

a)

Isolines

b)

Isobars

c)

Isotherms

d)

Contour lines

12.

In the figure, closely spaced lines indicate ________________.

a)

light winds

b)

cyclonic winds

c)

variable winds

d)

high winds

13.

In the northern hemisphere, winds associated with a low pressure system blow _________.

a)

clockwise outward from the center

b)

clockwise toward the center

c)

counterclockwise toward the center

d)

counterclockwise outward from the center

14.

High Pressure systems are usually associated with which of the following?

a)

Descending (falling) air

b)

Clear weather

c)

Relatively dry conditions

d)

All of these are associated with high pressure systems

15.

In the northern hemisphere, winds associated with a high pressure system blow ________.

a)

clockwise outward from the center

b)

clockwise toward the center

c)

counterclockwise toward the center

d)

counterclockwise outward from the center

16.

Fast-moving currents of air that occur above the friction layer are called ______________. 

a)

wind trains

b)

Chinooks

c)

mesocyclones

d)

jet streams

17.

Air rises (converges) in the center of a(n) ___________.

a)

anticyclone

b)

jet stream

c)

air masses

d)

cyclone

18.

Winds are labeled and described according to which of the following?

a)

The direction where they are blowing toward

b)

The direction from which they blow

c)

The region in which they can be found

d)

None of these responses

19.

Which map, represented in the picture, best represents the surface wind pattern associated with high pressure and low pressure systems in the Northern hemisphere?

a)

1

b)

2

c)

3

d)

4

20.

Near the equator, rising air is associated with a pressure zone known as the ____________. 

a)

equatorial high

b)

equatorial low

c)

tropical high

d)

tropical low

21.

Land and sea breezes are examples of ________________________. 

a)

global winds

b)

trade winds

c)

local winds

d)

jet streams

22.

In general, the movement of low and high pressure centers across the United States is from __________.

a)

north to south

b)

south to north

c)

east to west

d)

west to east

23.

Variations in air pressure from place to place are the principle cause of ________________. 

a)

snow

b)

wind

c)

rain

d)

clouds

24.

In the figure, which location most likely recorded the highest wind speed?

a)

A

b)

B

c)

C

d)

D

25.

The air pressure recorded at point D was most likely _______.

a)

1006 mb

b)

1010 mb

c)

1014 mb

d)

1016 mb

26.

Which two properties characterize an air mass?

a)

temperature and location

b)

temperature and moisture

c)

temperature and pressure

d)

moisture and pressure

27.

Maritime air masses form ________________.

a)

over land

b)

over water

c)

only in winter

d)

only in summer

28.

The boundary that separates two air masses with contrasting temperatures is called a(n) _____________.

a)

front

b)

anticyclone

c)

cyclone

d)

storm

29.

On a weather map, which type of front is shown by a line with red, semi circles on one side?

a)

warm

b)

cold

c)

stationary

d)

occluded

30.

What type of front usually produces several days of light to moderate precipitation?

a)

Stationary front

b)

Warm front

c)

Occluded front

d)

Cold front

31.

What type of front usually produces violent weather when passing through?

a)

Warm front

b)

Cold front

c)

Both warm and cold front

d)

Neither warm nor cold front

32.

Which type of front is located between Buffalo and Detroit?

a)

Stationary

b)

Warm

c)

Occluded

d)

Cold

33.
a)

1

b)

2

c)

3

d)

4

34.

Which letter on the map of North America

represents a cP (continental Polar) air mass?

a)

A

b)

B

c)

C

d)

D

e)

E

35.

Which air mass on the figure represents an air mass that is warm in

temperature and contains a lot of moisture?

a)

A

b)

B

c)

C

d)

D

e)

E

36.

What were the barometric pressure and winds at the location shown at the time of the observation?

a)

1002.3 and winds from the Southeast 

b)

1002.3 and winds from the Northwest 

c)

902.3 and winds from the Northwest

d)

902.3 and winds from the Southeast

37.

What is the temperature for the model shown?

a)

65

b)

23

c)

10

d)

75

38.

What is the dew point for the model shown? 

a)

65

b)

75

c)

23

d)

10

39.

In the figure, what

type of local wind is being

represented? (Hint: it is daytime)

a)

sea breeze

b)

land breeze

c)

valley breeze

d)

mountain breeze

40.

In the figure to the right, where

would you see an area of

high pressure?

a)

over land

b)

over water

c)

in-between the land and water

d)

there would be an area of high pressure over both land and water