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Astronomy Review: Earth in Space + Moon

Total questions: 64

Worksheet time: 42mins

Name
Class
Date
1.
In winter, the axis of the earth is pointed away or toward the sun?
a)
towards
b)
up
c)
down
d)
away
2.
In summer, the axis of the earth is pointed away or toward the sun?
a)
towards
b)
up
c)
down
d)
away
3.
Why is the Equator warmest?
a)
Because it is closest to the sun.
b)
Because it receives the most direct sunlight
c)
Because no clouds form here.
d)
Because it is far from the sun
4.
Which season is taking place in the Northern Hemisphere in Position 1?
a)
Winter
b)
Spring
c)
Summer
d)
Fall
5.
Which season is taking place in the Northern Hemisphere in Position 3?
a)
Winter
b)
Spring
c)
Summer
d)
Fall
6.
What are the reasons for the season?
a)
Earth's tilt & rotation
b)
Earth's tilt & revolution
c)
Earth's rotation & size
d)
Earth's tilt & resolution
7.
What type of tides would this arrangement of earth-moon-sun create?
a)
neap tide
b)
spring tide
c)
new moon tide
d)
full moon tide
8.
Wha type of tide would this arrangement of earth-moon-sun create?
a)
full moon tide
b)
new moon tide
c)
neap tide
d)
spring tide
9.
Which phase of the moon is represented in this diagram?
a)
new moon
b)
first quarter
c)
full moon
d)
last quarter/third quarter
10.
What causes tides?
a)
gravity
b)
wind
c)
spring
d)
neap
11.
What type of tide will occur at 9:30 a.m.?
a)
low 
b)
high 
c)
none
d)
high and low
12.
Why does the moon's gravitational pull have more of effect on tides than the sun's gravitational pull?
a)
they are the same
b)
the moon is larger than the sun
c)
tides are not caused by the moon
d)
the moon is closer to the Earth than the sun
13.
Tides are caused mainly by what?
a)
Moon’s gravitational pull
b)
Sun’s gravitational pull
c)
Earth’s gravitational pull
14.
The bulge of water on the side of the Earth closest to the moon produces ___________.
a)
high tide
b)
low tide
c)
neap tide
d)
spring tide
15.
What Moon phase is this?
a)
Old Moon
b)
Far Side of the Moon
c)
New Moon
d)
Waxing Gibbous
16.
What Moon phase is this?
a)
Waning Crescent
b)
Waxing Crescent
c)
Waxing Gibbous
d)
Waning Gibbous
17.
What Moon phase is this?
a)
Full Moon
b)
Waxing Gibbous
c)
New Moon
d)
Half Moon
18.
What Moon phase is this?
a)
Waxing Crescent
b)
Waning Gibbous
c)
Waning Crescent
d)
Waxing Gibbous
19.
What Moon phase is this?
a)
Waxing Gibbous
b)
Waning Crescent
c)
Waning Gibbous
d)
Full Moon
20.
Name the moon phase
a)
waning crescent
b)
waxing crescent
c)
waning gibbous
d)
waxing gibbous
21.
Name the moon phase
a)
First Quarter
b)
Last Quarter
c)
New Moon
d)
Full Moon
22.
Name the moon phase
a)
First Quarter
b)
Last (3rd) Quarter
c)
New Moon
d)
Full Moon
23.
Which moon phases are "crescents"?
a)
1 and 5
b)
2 and 8
c)
4 and 6
d)
3 and 7
24.
Which moon phases are "gibbous"?
a)
1 and 5
b)
2 and 8
c)
4 and 6
d)
3 and 7
25.

What is the basic difference between ultraviolet, visible, and infrared radiation?

a)

Wave velocity

b)

wavelength

c)

half-life

d)

temperature

26.

Which color of the visible spectrum has the shortest wavelength?

a)

red

b)

blue

c)

yellow

d)

violet

27.

Which of these characteristics identify an Earth surface that is likely to be the best absorber of insolation?

a)

dark colored and rough

b)

light colored and rough

c)

light colored and smooth

d)

dark colored and smooth

28.

Equal masses of granite, iron, copper, and lead are placed in sunlight. Based on specific heat, which

material will warm up the fastest?

a)

granite

b)

iron

c)

copper

d)

lead

29.

Two major greenhouse gases that absorb outgoing long-wave radiation within the atmosphere are

a)

methane and oxygen

b)

methane and carbon dioxide

c)

nitrogen and oxygen

d)

nitrogen and carbon dioxide

30.

Which diagram best represents how greenhouse gases in our atmosphere trap heat energy?

a)

b)

c)

d)

31.

Which method of energy transfer is primarily responsible for energy being lost from Earth into space?

a)

Conduction

b)

Convection

c)

Radiation

d)

Solidification

32.
Which change in seasons occurs in the Northern Hemisphere at position D?
a)
Winter is ending and spring is beginning.
b)
Spring is ending and summer is beginning.
c)
Summer is ending and fall is beginning.
d)
Fall is ending and winter is beginning.
33.
As the angle of the Sun’s rays striking Earth’s surface at noon changes from 90° to 43°, the length of a shadow cast by an object will
a)
Decrease
b)
Increase
c)
Decrease, then increase
d)
Increase, then decrease
34.
Which change in seasons occurs in the Northern Hemisphere at position D?
a)
Winter is ending and spring is beginning.
b)
Spring is ending and summer is beginning.
c)
Summer is ending and fall is beginning.
d)
Fall is ending and winter is beginning.
35.

Select the word that is not part of the word Insolation.

a)

Convection

b)

Radiation

c)

Solar

d)

Incoming

36.

Which location on Earth receives a 90 degree Angle of Insolation on the Equinox?

a)

Tropic of Cancer

b)

Equator

c)

Tropic of Capricorn

d)

South Pole

37.

As the angle of light decreased (when you started to angle the flashlight closer to the paper) what happened to the size of the circle of light?

a)

The size of circle of light increased.

b)

The size of the circle of light decreased

c)

There was no change in the circle of light.

38.

In which position will the Sun give of the most solar energy?

a)

A

b)

B

c)

C

39.

Imagine you drew a dot on the paper. At which angle would the dot receive the LEAST intense amount of light?

a)

90 degrees (shown as A in the image above)

b)

60 degrees (shown as B in the image above)

c)

30 degrees (shown as C in the image above)

40.

At which angle would the dot be warmed the LEAST by the sunlight?

a)

90 degrees (shown as A in the image)

b)

60 degrees (shown as B in the image)

c)

30 degrees (shown as C in the image)

41.

At which angle would the imaginary dot on the paper be warmed the MOST by the flashlight?

a)

90 degrees, as shown by A in the image.

b)

60 degrees, as shown by B in the image.

c)

30 degrees, as shown b C in the image.

42.

On which latitude is the vertical ray striking on June 21st?

a)

Tropic of Cancer

b)

Equator

c)

Tropic of Capricorn

43.

On which latitude is the vertical ray striking on December 21st?

a)

Tropic of Cancer

b)

Equator

c)

Tropic of Capricorn

44.

Study the diagram. Where is the Sun's highest angle sunlight?

a)

North Pole

b)

South Pole

c)

Equator

45.

Study the diagram. Where is the Sun's lowest angle sunlight?

a)

North Pole

b)

South Pole

c)

Equator

46.

Which path represents the Sun's path across the sky in Summer?

a)

A

b)

B

47.

Which path represents the Sun's path across the sky in Winter?

a)

A

b)

B

48.

How many degrees per day does Earth revolve in its orbit?

a)

23.5 degrees per day

b)

15 degrees per day

c)

1 degree per day

d)

360 degrees per day

49.

About how many degrees per hour does the earth rotate?

a)

15 degrees/hour

b)

23.5 degrees/hour

c)

1 degree/hour

d)

360 degrees/hour

50.

How many degrees is earth tilted on its axis?

a)

15 degrees

b)

1 degree

c)

360 degrees

d)

23.5 degrees

51.

How many days does it take for the moon to complete one cycle of phases (from new moon back to new moon?)

a)

27.3 days

b)

29.5 days

c)

360 days

d)

23.5 days

52.

The diagram of our solar system represents a

a)

geocentric model, Sun near center

b)

geocentric model, Earth near center

c)

heliocentric model, Sun near center

d)

heliocentric model, Earth near center

53.

The estimated age of the Sun and solar system is

a)

13.8 billion years old

b)

4.6 billion years old

c)

30 billion old

d)

1 billion years old

54.

How many days of the year is the Sun directly overhead in NYS at noon?

a)

0 days

b)

1 day

c)

365 days

d)

15 days

55.

If the altitude of Polaris is 35 degrees above the Northern horizon, what is your latitude?

a)

55 degrees North

b)

35 degrees North

c)

55 degrees South

d)

46 degrees North

56.

When a solar eclipse is viewed from Earth, the moon must be in which phase?

a)

new moon

b)

full moon

c)

first quarter moon

d)

third quarter moon

57.

Why do we always see the same side of the moon as observed from earth?

a)

The moon rotates and revolves at the same rate.

b)

The moon does not rotate.

c)

The moon revolves while the earth is rotating.

d)

The moon rotates at the same rate as earth revolves.

58.

During the Spring and Fall equinoxes, every point on Earth experiences

a)

12 hours of daylight

b)

15 hours of daylight

c)

The sun rising north of east

d)

The sun setting north of west

59.

Insolation, incoming solar radiation, is

a)

radiated from the Sun and absorbed by but not reflected by the Earth

b)

absorbed by the Sun and radiated by the Earth

c)

is radiated by the Sun and absorbed and reflected by the Earth

d)

is radiated by the Sun and ONLY reflected by the Earth

60.
Which process is responsible for the greatest loss of energy from Earth’s surface into space on a clear night?
a)
Condensation
b)
Conduction
c)
Radiation
d)
Convection
61.
Equal areas of which surface will absorb the most insolation?
a)
Partially melted snowfield
b)
Blacktop parking lot
c)
White sand beach
d)
Lake surface
62.
Most of which type of electromagnetic radiation is given off by Earth’s surface at night?
a)
gamma rays
b)
ultraviolet light  
c)
visible light
d)
infrared rays
63.

The diagrams, labeled A, B, and C, represent equal-sized portions of the Sun’s rays striking Earth’s surface at 23.5° N latitude at noon at three different times of the year. The angle at which the Sun’s rays hit Earth’s surface and the relative areas of Earth’s surface receiving the rays at the three different angles of insolation are shown. As viewed in sequence from A to B to C, these diagrams represent which months and which change in the intensity of insolation?

a)
December → March → June; and decreasing intensity
b)
December → March → June; and increasing intensity
c)
June → September → December; and decreasing intensity
d)
June → September → December; and increasing intensity
64.

The length of time that daylight is received at a location

during one day is called the location's

a)

intensity of insolation

b)

angle of insolation

c)

eccentricity of insolation

d)

duration of insolation