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Patterns of Earth and Sky Review

Total questions: 123

Worksheet time: 1hrs 2mins

Name
Class
Date
1.

Observations or measurements recorded in an investigation

a)

investigate

b)

explanation

c)

data

d)

pattern

2.

a huge object in space that gives off heat and light

a)

model

b)

solar system

c)

asteroid

d)

star

3.

an attempt to find out about something

a)

astronomer

b)

investigate

c)

evidence

d)

visualize

4.

a scientist who studies stars, planets, and other objects in the universe

a)

astronomer

b)

model

c)

sun

d)

solar system

5.

the sun, the planets that orbit the sun, and other objects that orbit the sun

a)

sun

b)

model

c)

solar system

d)

star

6.

to make a picture in your mind using information from different sources

a)

investigate

b)

model

c)

paint

d)

visualize

7.

something scientists make to answer questions about the real world

a)

data

b)

model

c)

stars

d)

sun

8.

the only star in our solar system

a)

star

b)

moon

c)

saturn

d)

sun

9.

a period of time that is 24 hours long and includes daytime and nighttime

a)

day

b)

night

c)

year

d)

month

10.

a description of how something works or why something happens

a)

evidence

b)

pattern

c)

explanation

d)

gravity

11.

information that supports an answer to a question

a)

pattern

b)

orbit

c)

explanation

d)

evidence

12.

the length of time it takes for Earth to orbit the sun one time

a)

hour

b)

day

c)

month

d)

year

13.

the force that pulls between Earth and other objects, which acts even without touching

a)

orbit

b)

gravity

c)

force

d)

attraction

14.

an arrangement of stars as seen from Earth

a)

star

b)

pattern

c)

constellation

d)

orbit

15.

something we observe to be similar over and over again

a)

constellation

b)

day

c)

year

d)

pattern

16.

to move in a regular path around something

a)

orbit

b)

rotate

c)

pattern

d)

gravity

17.

the spinning movement of the Earth that causes day and night

a)

orbit

b)

revolve

c)

rotation

d)

gravity

18.

Which way is DOWN?

a)

away from the earth

b)

towards the earth

19.

Different stars are visible in the sky at different times. True or False?

a)

true

b)

false

20.

Earth pulls objects, including people, down toward the ground with the force of __________.

a)

force

b)

gravity

c)

air

d)

orbit

21.

What is the pull between Earth and other objects, which acts even without touching?

a)

force

b)

air

c)

gravity

d)

orbit

22.

What does it mean to be in orbit?

a)

To move up and down

b)

To move in a zig zag pattern

c)

To move without a pattern

d)

To move in a regular pattern around something

23.

If we drilled a hole straight through to the other side of the world and dropped a rock down the hole, what would happen to the rock?

a)

Gravity would hold it in the center of the Earth.

b)

The rock would fly into space

c)

Nothing would happen to the rock

24.

Earth’s _____________ on its axis causes day and night

a)

gravity

b)

orbit

c)

spinning/rotation

25.

A student was watching the stars all night. This student observed the stars in the night sky every hour. Which of these MOST likely describes what the student saw?

a)

The star pattern seems to move across the sky.

b)

The star pattern would stay the same.

c)

The stars would start to get dimmer and move away from the Earth.

26.

In which direction does Earth's gravity pull?

a)

Towards the highest mountain

b)

Towards space

c)

Toward Earth's center

27.

How long does it take the Earth to revolve once around the sun?

a)

1 day

b)

10 days

c)

100 days

d)

365 days

28.

A description of how something works or why something happens.

a)

details

b)

explanation

c)

stars

d)

earth

29.

There is a daily pattern in which _____ is visible in the daytime, and ______ are visible during nighttime.

a)

the sun ; the stars

b)

the stars ; the sun

c)

pluto ; moon

d)

earth ; moon

30.

If I can see constellations, it is probably ____________.

a)

moon

b)

6 PM

c)

midnight

d)

6 AM

31.

What is the reason that the Moon appears to rise and set each day, just like the sun?

a)

Earth’s orbit

b)

Gravity

c)

Earth’s Spin

32.

If you were going to make a model of the sun, would the model be larger or smaller than the actual sun?

a)

smaller

b)

larger

c)

same size

33.

Earth spins ________ each day.

a)

25 times

b)

1 time

c)

365 times

d)

30 times

34.

The planet we live on is  __________.

a)

Moon

b)

Mars

c)

Earth

d)

Pluto

35.

If we were standing on top of the Earth, where would the stars be?

a)

Below us

b)

Above us

c)

All around us

d)

We wouldn't be able to see the stars.

36.

The sun is the biggest star.

a)

true

b)

false

37.

The sun is the only star in our solar system.

a)

true

b)

false

38.

What does it mean to visualize?

a)

The draw something

b)

To see something in front of you

c)

To create a picture in your mind

d)

To create a model

39.

How many stars are in the Pegasus constellation?

a)

1

b)

2

c)

3

d)

4

40.

Why don’t we see stars during the day?

a)

They are not there

b)

They are too small

c)

The sun makes it too bright

41.

Why does the sun appear to be the brightest star?

a)

It is the biggest star.

b)

It is the closest star.

c)

It is the brightest star.

d)

The sun is a planet and not a star.

42.

How long does it take the Earth to orbit (revolve) around the Sun one time?

a)

365 days - 1 year

b)

24 hours - 1 day

c)

3 days - 72 hours

d)

one month - 30 days

43.

Two students are looking at stars in the sky on a moonless night. One student points at a certain star and says that it is closer to Earth than all the other stars. What evidence best supports the student's claim about the closeness of the star?

a)

The star is a different color than the other stars.

b)

The star is twinkling more than the other stars.

c)

The star appears brighter than the other stars.

d)

The star appears smaller than the other stars.

44.

_____ can be seen only a few months at a time depending on the time of year

a)

shadows

b)

stars

c)

constellations

d)

sun

45.

Which statement describes how the brightness of light relates to distance?

a)

The less bright the street light is, the closer the student is to it.

b)

The less bright the star is, the closer it is to Earth.

c)

The brighter the star is, the farther it is from Earth.

d)

The brighter the street light is, the closer the student is to it.

46.

Why does the sky look different in each nighttime sections of the artifact?

a)

The astronomers used a model to represent the artifact.

b)

The artifact sections represent different seasons.

c)

The orbit of Earth around the Moon.

d)

The pull of gravity on the Earth's surface.

47.

Different stars are visible in the sky at different times. True or False?

a)

true

b)

false

48.

Earth pulls objects, including people, down toward the ground with the force of __________.

a)

force

b)

gravity

c)

air

d)

orbit

49.

Earth’s _____________ on its axis causes day and night

a)

gravity

b)

orbit

c)

spinning/rotation

50.

A student was watching the stars all night. This student observed the stars in the night sky every hour. Which of these MOST likely describes what the student saw?

a)

The star pattern seems to move across the sky.

b)

The star pattern would stay the same.

c)

The stars would start to get dimmer and move away from the Earth.

51.

If we were standing on top of the Earth, where would the stars be?

a)

Below us

b)

Above us

c)

All around us

d)

We wouldn't be able to see the stars.

52.

The sun is the biggest star.

a)

true

b)

false

53.

Why don’t we see stars during the day?

a)

They are not there

b)

They are too small

c)

The sun makes it too bright

54.

How does a map of constellations in the summer compare to a map of constellations in the winter?

a)

Some of the constellations shown on the winter map would appear, but in different locations on the summer map

b)

None of the constellations from the winter map will show on the summer map

c)

The winter and summer maps would be identical

d)

All seasons are always identical

55.

Why would a constellation not be visible throughout the entire year?

a)

The Earth's rotation on its axis

b)

The moon's revolution around the Earth

c)

The Sun's movement across the sky

d)

The Earth's movement on its orbital path

56.

You look up at the night sky and see the constellation Scorpius. What season is it?

a)

spring

b)

summer

c)

fall

d)

winter

57.

Which best describes the direction that gravity pull objects?

a)

down

b)

away from the sun

c)

towards the Earth

d)

to the floor

58.

The time it takes any planet in our solar system to orbit the sun is called a

a)

day

b)

week

c)

month

d)

year

59.

Which diagram correctly shows the orbits of Earth (E), the moon (M) and the sun (S)?

a)
b)
c)
d)
60.

Which of the following best describes why most some constellations are visible in the Northern Hemisphere but not in the Southern Hemisphere?

a)

because Earth revolves around the sun

b)

because the atmospheres are different

c)

because Earth's magnetic field keeps them fixed

d)

because the Earth's brightness makes them hard to see

61.

From November to February, the constellation Orion is clearly visible in the night sky from Mississippi. Orion appears to rise from the east and set in the west. The stars do not actually move through the sky. They appear to change positions due to the Earth’s movement.

What factor is responsible for the changes in Orion’s position when viewed during the winter months?

a)

the rotation of the sun

b)

the rotation of Earth on its axis

c)

the revolution of the sun around the Earth

d)

the revolution of the moon around the sun

62.

Orion is located inside our solar system

a)

true

b)

false

63.

The amount of time it takes the Earth to do one rotation or spin

a)

a day

b)

a second

c)

a year

d)

a month

64.

Which way is down?

a)

toward the sky

b)

North is always down

c)

the direction that is down is south

d)

toward the center of the ground

65.

In the video of the children dropping rocks from all over the world, what caused the rocks to fall to the ground?

a)

inertia

b)

gravity

c)

acceleration

d)

force

66.

What is the sun?

(a)  

67.

Why does the sun appear brighter and larger than other objects in the sky.

(a)  

68.

When can we see Orion in the night sky?

a)

Winter

b)

Spring

c)

Summer

d)

Fall

69.

What is the cause of the pattern day and night?

a)

Earth orbiting the sun

b)

the sun rising and setting

c)

the sun revolving around Earth

d)

Earth rotating on its axis

70.

Which answer BEST explains why we can’t see stars in the daytime?

a)

they are not out

b)

light pollution

c)

we are facing the sun

d)

they are too far away

71.

From which direction does the sun rise, and in what direction does the sun set?

a)

The sun rises in the west and sets in the east

b)

the sun rises in the east and sets in the west

c)

the sun rises in the north and sets in the south

d)

the sun rises in the south and sets in the north

72.

If you went outside at noon , 12PM,  where would the sun be located in the sky?

(a)  

73.

How can the distance you are from things change their appearance in size?

4 lines
74.

Which is closer to Earth, the Sun or the Moon?

(a)  

75.

Observers on Earth see different star constellations depending on the time of year. The arrows on the diagram point to the part of the sky that is visible overhead for observers on Earth at different times of the year. Select the constellation on the star diagram that will most likely be visible in April.

a)

Virgo

b)

Cancer

c)

Aries

d)

Capricornus

76.

Students place a piece of white poster board on the ground. They then place a short pole in the middle of the poster

board. Once an hour on a sunny day, the students trace the shadow the pole makes on the poster board. The diagram

shows the results.

Which graph best represents how the length of the shadow changes during the day?

a)

b)

c)

d)

77.

The sun goes down when ____________________.

a)

we rotate towards the sun

b)

we rotate away from the sun

c)

the earth stops rotating

d)

the earth rotates backwards

78.

How many hours are in a day?

a)

25

b)

26

c)

24

d)

22

79.

People on opposite sides of the Earth ___________________.

a)

never see the same star twice

b)

see nothing when they look into the sky

c)

see the same exact stars at the same time

d)

see different stars at different times

80.

We face the sun _________________.

a)

once a year

b)

in the nighttime

c)

in the daytime

d)

once each season

81.

How often does Earth spin?

a)

one complete rotation every month

b)

one complete rotation every other day

c)

one complete rotation every 3 weeks

d)

one complete rotation each day

82.

Something we observe to be similar over time.

a)

Data

b)

Pattern

c)

Investigation

d)

Experiment

83.

The pull between Earth and other objects, which acts even without touching.

a)

Meteorite

b)

Meteor Shower

c)

Eclipse

d)

Gravity

84.

How does a map of constellations in the summer compare to a map of constellations in the winter?

a)

Some of the constellations shown on the winter map would appear, but in different locations on the summer map

b)

None of the constellations from the winter map will show on the summer map

c)

The winter and summer maps would be identical

d)

All seasons are always identical

85.

Which diagram shows the orbit of Earth (E) and moon (M) around the sun (S)?

a)

Diagram A

b)

Diagram B

c)

Diagram C

d)

Diagram D

86.

How long does it take the Earth to revolve once around the sun?

a)

1 day

b)

10 days

c)

100 days

d)

365 days

87.

In which direction does Earth's gravity pull?

a)

Towards the highest mountain

b)

Towards space

c)

Toward Earth's center

88.

If I can see constellations, it is probably ____________.

a)

moon

b)

6 PM

c)

midnight

d)

6 AM

89.

Why does it appear that the stars move across the sky?

a)

The stars orbit the Earth

b)

The Earth is rotating on it's axis

c)

The Earth is revolving around the sun

d)

The stars are in constant motion

90.

What moves, the Earth or the stars?

a)

The Earth

b)

The stars

c)

Both move equally

91.

What causes our shadows to look different throughout the day?

a)

The sun's location in the sky caused by Earth's rotation

b)

The Sun's location in the sky caused by the Sun's rotation

c)

The Sun is moving across the sky

d)

The Earth's orbit around the Sun

92.

The Earth orbits the ______ and the moon orbits the _______.

a)

The Earth orbits the moon and the moon orbits the Sun

b)

The Earth orbits the Sun and the moon orbits the Sun

c)

The Earth orbits the Sun and the moon orbits the Earth

d)

The Earth orbits the Earth and the moon orbits the Sun

93.

What is the first step when designing an experiment?

a)

form a hypothesis

b)

analyze the data

c)

ask a question

d)

draw a conclusion

94.

Which of the following is an inference?

a)

I see a boy who is sweaty and drinking water.

b)

I see a boy who is sweaty and drinking water. He likes ham and cheese sandwiches

c)

I see a boy who is sweaty and drinking water, I think he went for a run on a hot day.

95.

What part of the Earth is experiencing day?

a)

A

b)

B

c)

C

d)

D

96.

Throughout the year, we see different stars. But every year on the same date, we see _________ stars.

a)

the same

b)

all of the

c)

colorful

d)

different

97.

A systematic investigation is _________ and __________.

a)

risky; dangerous

b)

careless; messy

c)

careful; orderly

d)

none of the above

98.

A year is the length of time it takes for Earth to orbit the sun ________.

a)

twice

b)

three times

c)

once

d)

eight times

99.

orbit (select all that apply)

a)

the Earth does this around the sun

b)

the game of "duck, duck, goose" is a real-life example

c)

to move on a regular path around something

d)

to spin in place

100.

Stars are visible in the sky when we are on the side of the Earth that is facing away from the sun.

a)

true

b)

false

101.

Earth orbits the sun at the same time as it _________.

a)

spins

b)

wobbles

c)

jumps

d)

does a pirouette

102.

Earth's position in its _______________ determines which stars we see in the night sky

a)

yearly orbit

b)

daily orbit

c)

nightly pattern

d)

daily pattern

103.

Why did people long ago observe the stars? (select all that apply)

a)

they wanted to track different times of the year

b)

to time the planting of their crops

c)

to play "connect the dots"

d)

to decide when to harvest their crops

104.

The brightest star in the constellation Canis Major is _________.

a)

Sirius

b)

the Sun

c)

Alpha Pegasi

d)

Betelgeuse

105.

Investigations are NOT limited to a single correct response-there are multiple answers that would be both reasonable and possible.

a)

true

b)

false

106.

Why do we see different stars at different times of the year

a)

Earth's position in its yearly orbit determines this

b)

patterns can help sciences make predictions

c)

Earth spins on its axis

d)

Stars move positions throughout the year

107.

Visualizing (select all that apply)

a)

imagining something in your mind

b)

doing this when you read can help you understand things that are difficult to observe

c)

has to do with your sight

d)

we do this when we are pretending

108.

Reflecting on a poorly planned investigation can help us do a better job of planning our own _______________.

a)

systematic investigation

b)

poorly planned investigation

c)

risky investigation

d)

pattern

109.

The length of time it takes for Earth to Orbit the sun once

a)

a year

b)

180 days

c)

365 days

d)

6 months

110.

It takes the Earth (a)   to make a complete rotation.

111.

It takes the Earth (a)   to revolve around the sun.

112.

The moon revolves around the (a)   .

113.

What shouldn't you ask yourself when planning an investigation?

a)

What will you observe and record.

b)

What results will help support my claim?

c)

What will change every time you make an observation?

d)

What will be the same every time you make an observation?

114.

Down is considered to be (a)   the Earth.

115.

Up is considered to be (a)   from the Earth.

116.

The force or pull between Earth and other objects is (a)   .

117.

We can only see the sun in the sky during the (a)   .

118.

We see other stars besides the sun in the sky during (a)   .

119.

The sun and stars move across the sky.

a)

True

b)

False

120.

An arrangement of stars is a (a)   .

121.

Day and night is caused by ___________________.

a)

Earth revolving around the sun.

b)

Earth rotating on its axis.

c)

Stars moving in the sky.

d)

The position of the sun.

122.

How long does it take the Earth to revolve around the sun?

a)

24 hours

b)

365 days

c)

3 years

d)

It depends

123.

How long does it take the Earth to rotate once on its axis?

a)

24 hours

b)

365 days

c)

24 days

d)

1 year