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Fall Review :)

Total questions: 90

Worksheet time: 45mins

Name
Class
Date
1.

What celestial event is Stonehenge aligned with?

a)

The Summer Solstice sunrise

b)

The Winter Solstice sunset

c)

The Spring Equinox

d)

The Autumn Equinox

2.

Many important ancient archeological sites, like Mayan and Egyptian Pyramids, displayed an advanced knowledge of...

a)

The sun

b)

The moon

c)

The stars

d)

The sun and stars

3.

Which of the following were devices ancient civilizations used for keep track of time?

a)

The position of the Sun in the sky

b)

Calendars based on tracking the stars

c)

Calendars based on the seasons

d)

Sundials, water clocks, and hourglasses filled with sand

e)

All of these

4.

A star appears BRIGHTER when it is....

a)

Bigger

b)

Closer

c)

Further

d)

Smaller

e)

Both bigger and/ or closer

5.

This object is able to make distant objects appear closer.

a)

telephone

b)

teleport

c)

telescope

d)

telegraph

6.

If a telescope is BIGGER, it will....

a)

be less able to detect faint stars

b)

be more able to detect faint stars

c)

have more light gathering power

d)

have less light gathering power

e)

be more able to detect faint stars bc of more light gathering power

7.

What is insolation?

a)

The angle at which the sun's rays hit the earth

b)

The movement of the Earth around the sun

c)

The amount of solar radiation reaching the Earth's surface

d)

The reflection of solar radiation by the Earth's atmosphere

8.

Why do higher latitudes receive less insolation than lower latitudes?

a)

Because of the greater distance from the sun

b)

Due to the curvature of the Earth, causing solar radiation to spread over a larger area

c)

Because of the thicker atmosphere at higher latitudes

d)

Due to the higher concentration of clouds at higher latitudes

9.

How does the tilt of the Earth's axis affect seasonal variations in insolation?

a)

It causes the hemispheres to receive equal amounts of insolation throughout the year.

b)

It has no effect on insolation but affects the Earth's gravitational pull on the sun.

c)

It leads to variations in insolation, with more direct sunlight during summer months and less during winter months.

d)

It increases the overall amount of insolation the Earth receives.

10.

During which part of the day is insolation at its peak?

a)

Just after sunrise

b)

Midday, when the sun is at its highest point in the sky

c)

Late afternoon

d)

Midnight

11.

How many constellations are there?

a)

48

b)

98

c)

77

d)

88

12.

What constellation is pictured?

a)

Gemini

b)

Leo

c)

Cygnus

d)

Orion

13.

A ball of burning gas that gives off light is a star

a)

True

b)

False

14.

The sun is

a)

located at the center of the solar system

b)

considered a gas giant

c)

orbiting Earth

d)

not a star

15.
A constellation is a group of visible ____ that form a pattern when viewed from Earth.  
a)
planets
b)
stars
c)
patterns
d)
creatures
16.
People in the Northern Hemisphere do see the same constellations as the people in the Southern Hemisphere.
a)
True
b)
False
17.
Polaris always points
a)
East 
b)
West
c)
North
d)
South
18.

Why does Polaris not seem to move during the night?

a)

Because it is located directly above the North Pole

b)

Because it is fixed in the sky

c)

Because Ursa Minor does not move

d)

Because it revolves around the Sun with Earth

19.
True/False: The stars we see in each constellation are very close to us.
a)
True
b)
False
20.
What constellation is this?
a)
Pegasus
b)
Andromeda
c)
Hercules
d)
Cassiopeia
21.
What the celestial equivalent of "latitude?" 
a)
Inclination
b)
Left Ascension
c)
Right Ascension
d)
Declination
22.
What the celestial equivalent of "longitude?" 
a)
Inclination
b)
Left Ascension
c)
Right Ascension
d)
Declination
23.
What are the units for right ascension?
a)
degrees
b)
hours
c)
arc milliseconds
d)
kilometers
24.

What units are used to measure declination?

a)

Hours

b)

Minutes

c)

Degrees

d)

Meters

25.

Stars like the sun appear to rise in the ___________ and set in the _____________.

a)

West, East

b)

North, South

c)

South, North

d)

East, West

26.

Stars like the sun appear to move across the sky due to Earth _________________ on it's axis

a)

Revolving

b)

Wobbling

c)

Rotating

d)

Jumping

27.
The ________ belt between Mars and Jupiter
a)
Comet
b)
Asteroid
c)
Meteor
d)
Star
28.
We are composed mainly of rock and metal.
a)
comets and stars
b)
stars and meteors
c)
asteroid and meteors
d)
comets and asteroid
29.
In the diagram, a comet's tail always points where?
a)
Towards the Sun
b)
Away from the Sun
c)
Towards Earth
d)
Away from Earth
30.

We often see these objects appear as "shooting stars" or streak of light in the sky. They are "smaller" pieces of rock that are burning in our atmosphere.

a)

Asteroids

b)

Meteors

c)

Meteroids

d)

Comets

31.

What is the Oort cloud?

a)

the birthplace of stars

b)

an icy spherical region that surrounds the solar system

c)

a nearby solar system

d)

an icy asteroid belt just outside the orbit of neptune

32.

What is the correct order closest to farthest away from the sun?

a)

Asteroid belt, Saturn, Kuiper belt, Oort cloud

b)

Kuiper belt, Saturn, Asteroid belt, Oort cloud

c)

Oort cloud, Kuiper belt, Saturn, Asteroid belt

33.

Comets, asteroids, and meteoroids orbit the sun.

a)

true

b)

false

34.

What is the Kuiper Belt?

a)

a massive asteroid belt between Mars and Jupiter

b)

A massive asteroid belt past Neptune

c)

a small asteroid belt between Mars and Jupiter

d)

a small asteroid belt past Pluto

35.

Where can you find a meteoroid?

a)

in space

b)

in Earth's atmosphere

c)

on Earth's surface

36.

What is a meteorite?

a)

a space rock that completely burns up in the Earth's atmosphere

b)

a space rock that enters the atmosphere and hits Earth's surface

c)

a space rock in space

37.

Where do long comets originate?

a)

asteroid belt

b)

kuiper belt

c)

oort cloud

38.

The angle of the star Polaris above the northern horizon can be used to determine an observer's

a)

solar time

b)

latitude

c)

longitude

d)

local time

39.

The line that marks zero degrees LATITUDE is called

a)

The Equator

b)

The Tropic of Cancer

c)

The Prime Meridian

d)

The Tropic of Capricorn

40.

Latitude measures how far North and South you are from

a)

The Prime Meridian

b)

The Tropics

c)

The Equator

d)

The United States

41.

The North Pole is at what degrees of Latitude

a)

180* North

b)

90* South

c)

90* North

d)

180* South

42.

Ursa Major is also called ____________________.

a)

Little Bear

b)

Great Bear

c)

The North Star

d)

Polaris

43.

The _______________ is part of Ursa Minor.

a)

big dipper

b)

orion

c)

little dipper

d)

Great Bear

44.

Which constellation is the North Star located in?

a)

Ursa Major

b)

Ursa Minor

c)

Orion

d)

Aries

45.

the orbiting of an object around another object

a)

Solstice

b)

Revolution

c)

Rotation

d)

Equinox

46.

a force that exists between any two objects that have mass

a)

Revolution

b)

Rotation

c)

Gravity

d)

Energy

47.

When the Northern Hemisphere is tilted toward the sun it is the

a)

Summer Solstice

b)

Vernal Equinox

c)

Winter Solstice

d)

Autumnal Equinox

48.

When the Northern Hemisphere is tilted away from the sun it is the

a)

Summer Solstice

b)

Vernal Equinox

c)

Winter Solstice

d)

Autumnal Equinox

49.

If the earth’s axis is tilted neither toward or away from the sun it is during

a)

The solstices

b)

The equinoxes

c)

The Revolution

d)

The Rotation

50.

If a region of the earth receives more direct rays of the sun

a)

The temperature will be higher

b)

The temperature will cease

c)

The temperature will be lower

d)

The temperature will be absolute zero

51.
A planet moves __________ when it is farthest from the sun.
a)
faster
b)
slower
52.
The place where a planet is farthest away from the Sun in its orbit around the Sun is called the
a)
aphelion
b)
perihelion
53.

Two satellites of equal mass are in circular orbit around a planet. Satellite b is twice as far away from the planet. Which satellite experiences a stronger gravitational force?

a)

Satellite a

b)

Satellite b

c)

Both the same

54.

Which diagram best shows the gravitational interaction between Earth and a satellite?

a)
b)
c)
d)
55.
An ellipse is drawn around two points called
a)
aphelion
b)
perihelion
c)
foci
d)
axis
56.
When a planet orbits the Sun, one of the foci of the elliptical orbit is 
a)
the axis
b)
the perihelion
c)
the center
d)
the Sun
57.
Earth's orbit follows an elliptical path.
a)
Kepler's 1st law
b)
Kepler's 2nd law
c)
Kepler's 3rd law
d)
Nutation
58.

Kepler’s 3rd law states that the semi-major axis of a planet’s orbit (average distance to the sun in A.U.’s) is related to the planet’s orbit period (in Earth-years) by the equation:

p2 = a3

What does 'a' represent in this equation?

a)

A planet's distance from the sun

b)

A planet's orbital period

59.
Which two characteristics do all Jovian planets have in common?
a)
small diameters and low densities
b)
small diameters and high densities
c)
large diameters and low densities
d)
large diameters and high densities
60.

What are the inner planets called?

a)

Jovian Planets

b)

Terrestrial Planets

c)

Gas Giants

d)

Ice Giants

61.

Early astronomers thought that the Sun, planets, and stars orbited a stationary Earth . This is known as the __________________ model of the solar system.

a)

Heliocentric

b)

Disk

c)

Geocentric

d)

Kepler

62.

What is the source of energy that sustains life on Earth?

a)

Nuclear energy

b)

Geothermal energy

c)

Solar energy

d)

Wind energy

63.

What is the nearest individual star to Earth?

a)

Sirius

b)

Alpha Centauri

c)

Proxima Centauri

d)

Betelgeuse

64.

an astronomical unit is

a)

a planet

b)

a star

c)

average distance between any given planet and the sun

d)

average distance from the sun to the Earth

65.

What is true about outer planets compared to inner planets?

a)

Outer planets rotate faster, but the period of revolution is longer

b)

Outer planets rotate slower, but the period of revolution is shorter

c)

Outer planets both rotate and revolve over a longer period of time

d)

Outer planets both rotate and revolve over a shorter period of time

66.

On June 21:

City A has 12 hours of daylight

City B has 9 hours of sunlight

City C has 17 hours of sunlight

Which City is near the Equator?

a)

City A

b)

City B

c)

City C

67.

On December 21 which city is going to have the shortest day length?

a)

City 1

b)

City 2

c)

City 3

d)

City 4

68.
Define Waxing
a)
Moon is increasing and light part appears to be growing
b)
Completely illuminated
c)
dark side is facing earth
d)
Moon is decreasing and light part appears to be shrinking
69.
Define Full Moon
a)
None of moon is visible
b)
Half moon phase is visible
c)
Complete moon face is visible
d)
Less Than half of moon is visible
70.
Define New Moon
a)
None of moon is visible from Earth
b)
All of moon visible from Earth
c)
Moon is 1/2 visible from Earth
d)
Moon is more than Half Visible from Earth
71.

What is the missing phase?

a)
b)
c)
d)
72.

What moon phase comes after this?

a)
b)
c)
d)
73.
Which phase of the moon is represented in this diagram?
a)
new moon
b)
first quarter
c)
full moon
d)
last quarter/third quarter
74.

When the Earth, moon and sun are aligned (straight line) a __________tide occurs.

a)

neap

b)

spring

75.

When the Earth, moon and sun are at a right angle a ___________________ tide occurs.

a)

neap

b)

spring

76.

In a spring tide, there is ________________ difference between high and low tides.

a)

no

b)

a big

c)

a small

77.

In a neap tide, there is ________________ difference between high and low tides.

a)

no

b)

a big

c)

a small

78.

T/F: The path of the moon is predictable and that allows us to be able to predict the tides.

a)

TRUE

b)

FALSE

79.

There are about ______ hours between one high tide and the next high tide or between one low tide and the next low tide.

a)

4

b)

6

c)

8

d)

12

80.

The side of earth closest to the moon and farthest from the moon experiences ______ tide.

a)

high

b)

low

81.
If the sun, moon, and Earth are lined up, what does this diagram represent?
a)
full moon
b)
new moon
c)
lunar eclipse
d)
solar eclipse
82.
When the Earth's shadow falls on the moon, the shadow causes what to happen?
a)
Lunar eclipse
b)
Solar eclipse
c)
Partial eclipse
83.
In order to have an eclipse, the Moon, Sun and Earth have to be?
a)
Below each other
b)
Above each other
c)
In alignment
84.
For a solar eclipse to occur, what has to happen?
a)
The sun must be directly between Earth and the moon.
b)
The moon must be directly between Earth and the Sun.
c)
Earth must be directly between the Sun and the moon.
85.
This type of eclipse occurs when the moon blocks the sunlight from reaching Earth?
a)
Solar eclipse
b)
Lunar eclipse
c)
Total eclipse
86.
If these three bodies are lined up with each other, what would this diagram represent?
a)
full moon
b)
new moon
c)
lunar eclipse
d)
solar eclipse
87.
Solar eclipses occur during which Moon phase?
a)
New Moon
b)
Waning Crescent
c)
Waxing Crescent
d)
Waning Gibbous
88.

What is the significance of the Moon's apogee?

a)

The Moon appears smaller than usual

b)

The Moon appears larger than usual

c)

The Moon is in the Earth's shadow

d)

The Moon is closest to Earth

89.

What is a partial solar eclipse?

a)

When the Sun is completely visible

b)

When the Moon partially covers the Sun

c)

When the Moon completely covers the Sun

d)

When the Moon is completely visible

90.

Why don't solar eclipses occur every month?

a)

The Earth's orbit is perfectly circular

b)

The Sun's orbit is elliptical

c)

The Moon's orbit is tilted relative to the ecliptic plane

d)

The Moon is always in the Earth's shadow