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APES Unit 4 Practice

Total questions: 46

Worksheet time: 32mins

Name
Class
Date
1.

The SECOND most common gas in our atmosphere is ____.

a)

N

b)

O

c)

Ne

d)

Ar

2.

In which atmospheric layer do all the pressure, wind and precipitation changes occur?

a)

Troposphere

b)

Mesosphere

c)

Thermosphere

d)

Stratosphere

3.

In which atmospheric layer do meteors burn up in?

a)

Mesosphere

b)

Exosphere

c)

Stratosphere

d)

Thermosphere

4.

The layer of soil in which topsoil is found is the ___ layer.

a)

O

b)

A

c)

B

d)

C

5.

The type of tectonic plate boundary that is NOT usually associated with volcanoes is _____.

a)

Transform

b)

Convergent

c)

Divergent

6.

Which of the following does NOT exert a major influence on Earth's overall climate?

a)

The distribution of land masses and oceans, in combination with Earth's topography.

b)

The daily rotation of Earth on its axis, along with its annual revolution around the sun.

c)

The annual amount of solar radiation that reaches Earth's surface.

d)

All of these can exert a major influence.

7.

What layer of the atmosphere absorbs harmful ultraviolet radiation?

a)

Troposphere

b)

Stratosphere

c)

Mesosphere

d)

Thermosphere

8.

Which of the following has the least permeability?

a)

Sand

b)

Silt

c)

Clay

d)

Loam

9.

The Coriolis Effect is a result of the Earth's ____.

a)

rotation

b)

gravity

c)

curvature

d)

temperature

10.

Which of the following changes in eastern Pacific Ocean food webs is typically associated with La Niña events?

a)

Decreased populations of squid

b)

Decreased populations of anchovies

c)

Increased phytoplankton concentrations

d)

Increased famine among sea lions and seals

11.

This phenomenon occurs when a coastal mountain range blocks the passage of precipitation to the leeward side of the mountains.

a)

thermal inversion.

b)

Coriolis effect.

c)

rain shadow effect.

d)

urban heat island effect.

e)

ENSO.

12.

This air circulation pattern occurs between 0 degrees latitude and 30 degrees latitude.

a)

Hadley cell

b)

Ferrell cell

c)

polar cell

d)

Coriolis effect

13.
Which of the following is the correct order of soil particles in order of increasing particle size?
a)
clay-sand-silt
b)
sand-clay-silt
c)
silt-clay-sand
d)
clay-silt-sand
14.
Which soil component has the least capacity for holding water?
a)
silt
b)
clay
c)
sand
d)
humus
15.
The most common gas in the atmosphere (78%).
a)
Nitrogen
b)
Oxygen
c)
Carbon Dioxide
d)
Trace gases
16.

The Sun’s radiation provides the energy for all of the following EXCEPT

a)

plant growth

b)

ocean currents

c)

hurricanes

d)

plate tectonics

17.

The surface of the earth, otherwise known as the ______, is broken into seven major pieces and sits atop a liquid layer called the _______

a)

lithosphere, asthenosphere

b)

astenosphere, mantle

c)

crust, litosphere

d)

asthenosphere, lithosphere

18.
The layer of soil which the topsoil is found.
a)
Horizon A
b)
Horizon B
c)
Horizon C
d)
Horizon D or R
19.
In which horizon is most of the HUMUS?
a)
Horizon A
b)
Horizon B
c)
Horizon C
d)
Horizon D or R
20.
Which horizon is made up of partially weathered rocks?
a)
Horizon A
b)
Horizon B
c)
Horizon C
d)
Horizon D or R
21.

As you travel from the crust to the inner core, how would temperature and density of the material change?

a)

The would all increase

b)

The would all decrease.

c)

They would stay the same.

d)

Temperature would decrease, but pressure and density would increase.

22.
Most of Earth's freshwater is ___________
a)
under ground
b)
as a liquid on the surface
c)
frozen
d)
in Olympic swimming pools
23.
Most of the freshwater around the world is used for the following purpose.
a)
industry
b)
residential
c)
agriculture
d)
recreation
24.

Where the naturally occuring good ozone layer is located

a)

troposphere

b)

mesosphere

c)

stratosphere

d)

thermosphere

25.

Water that stands or flows across the Earth's surface is known as...

a)

Ground water

b)

Runoff

c)

Divide

d)

Aquifer

26.

An underground layer of sediment or rock that holds water is known as...

a)

Reservoir

b)

Watershed

c)

Aquifer

d)

Runoff

27.

How does climate affect a watershed?

a)

It determines the amount of water input and output in a watershed.

b)

It determines if the watershed will absorb water or not.

c)

It determines how fast water will be moved through a watershed.

d)

It does not affect watersheds.

28.

Look closely at the map of the watershed below. If water enters the watershed at the top of the mountain where the arrow is pointing, at which point will it stop draining?

a)

Point A

b)

Point B

c)

Point C

d)

Point D

29.

The boundaries of a watershed are determined by ___________

a)

Elevation

b)

Soil type

c)

The amount of water that flows

d)

The kinds of organisms found in the area

30.

Which factor does not affect the flow of water in a watershed?

a)

amount of precipitation

b)

elevation of land

c)

amount of pollution in water

d)

material on land surface

31.
The two main agents of erosion are...
a)
wind and flowing water
b)
gravity and frost wedging
c)
oxygen and water
d)
carbon dioxiede and wind
32.
Soil sample that is 60% clay, 30% silt, and 10% sand has which texture? 
a)
clay
b)
clay loam
c)
sandy loam
d)
silt 
33.

Porosity is a measure of void space in a soil sample. Larger soil particles have larger void spaces. Smaller soil particles have smaller pore spaces, but a greater number of them, which leads to higher surface tension and higher % porosity. With this is mind, which statement is true:

a)

Sandy soil has a higher porosity than clay soil

b)

Sandy soil has a higher porosity than silty soil

c)

Clay soil has a higher porosity than sandy soil

d)

Porosity is directly proportional to soil particle size

34.
Soil sample that is 60% clay, 30% silt, and 10% sand has which texture? 
a)
clay
b)
clay loam
c)
sandy loam
d)
silt 
35.
Which type of irritation results in the greatest amount of water lost to evaporation?
I.  Flood irrigation
II.  Drip irrigation
III.  Low-pressure central pivot irrigation
a)
I only
b)
II only
c)
III only
d)
II and III
36.
All of the following are negative impacts of food production EXCEPT
a)
increased erosion
b)
air pollution from fossil fuels
c)
bioaccumulation of pesticides
d)
lower death rates
37.

Match the following as either Continental crust or Oceanic crust

a)

Continental

crust

1.

older

b)

Continental

crust

2.

less dense

c)

Oceanic

crust

3.

recycles

d)

Oceanic

crust

4.

basalt rock

e)

Continental

crust

5.

thicker

38.
Earth's crust is broken up into several large rocky pieces called ...
a)
plates
b)
faults
c)
fossils
d)
puzzle pieces
39.
What type of boundary is shown at A?
a)
transform
b)
convergent
c)
divergent
d)
subduction
40.

The image is of a(n):

a)

El Nino event

b)

La Nina event

c)

Non-El Nino (normal conditions)

41.

The picture below is of a(n) ____ event.

a)

Non-El Nino (Normal)

b)

El Nino

c)

La Nina

42.

The picture represents a(n) ___ event.

a)

El Nino

b)

La Nina

c)

Non-El Nino (normal conditions)

43.

La Niña is characterized by ______________ of the Western Pacific Ocean.

a)

a warming

b)

a cooling

c)

average temperatures

44.

La Niña is characterized by ______________ of the Western Pacific Ocean.

a)

a warming

b)

a cooling

c)

average temperatures

45.
If differences in air pressure produce winds, what can you conclude about temperature and air pressure based on the figure?
a)
As warm air rises, it creates an area of lower pressure, and cooler air flows in as wind
b)
Warm air is denser than cold air is, creating an area of high pressure the produces wind.
c)
Winds flow from areas of low pressure to areas high pressure when temperature is warmer
d)
Air pressure decreases at night because temperature is lower, producing land and sea breezes
46.

Which of the following gives the correct order of events leading to the rain shadow effect shown below?

a)

Warm, moisture-laden air from a body of water moves toward the mountain. As the air rises it cools and water vapor condenses, causing precipitation which removes water vapor from the air. The now dry air descends on the other side of the mountain, creating a desert climate.

b)

Warm, moisture-laden air from over a body of water moves toward the mountain. As the air rises it cools and water vapor condenses, but since it does not fall a desert climate is produced.

c)

Cool, moisture-laden air from over a body of water moves toward the mountain. As the air rises it warms and water vapor condenses, causing precipitation which removes water vapor from the air. The now dry air descends on the other side of the mountain, creating a desert climate.

d)

Cool, moisture-laden air from over a body of water moves toward the mountain. As the air rises it warms and water vapor condenses, but since it doe not fall a desert climate is produced.