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Astrology/Spaceship and Earth- Unit 2 Mystery Science

Total questions: 61

Worksheet time: 3hrs 42mins

Name
Class
Date
1.

We know that the Earth is rotating once each day because______________

a)

there is a video from space of the Earth spinning.

b)

the sun rises in the morning.

c)

the sun sets in the evening.

d)

the shadows change size throughout the day.

2.

There are places called the North Pole and South pole, but there aren't any places called the West Pole and East Pole because______________.

a)

explorers haven't discovered those poles yet.

b)

there are West and East poles, but they just aren't as famous as the North and South Poles.

c)

those poles would be on the equator where the ice would melt.

d)

the planet is spinning around an axis through the northern and southern points.

3.

If it is 8:30p.m. in the evening and the sun is just starting to go down, it is probably summertime, because________________

a)

it's warmer in the summertime.

b)

the sun sets later in the summer.

c)

the stars are not as bright during the summer.

d)

the days are shorter during the summer.

4.

We see different constellations in the summer than we do in the winter, because_____________________.

a)

it's hotter in the summer than in the winter.

b)

it's too bright in the summer to see constellations.

c)

as the Earth orbits the sun, the night time sky points in a different direction in space.

d)

we see the same constellations during all seasons, its just that some stars are dimmer in different seasons.

5.

The moon changes shape during the month because_________________.

a)

different parts of the moon light up at different times.

b)

the Earth's shadow moves across the moon.

c)

the moon orbits the Earth so the angle of the sun's reflection changes.

d)

the moon is spinning so the sun shines on different parts.

6.

How can you tell if an object in the night sky is a star or a planet?

a)

If it moves across the sky each night, it's probably a planet.

b)

If it's really bright, it's probably a star.

c)

If it's big, it's probably a star.

d)

If it's blue, it's probably a planet.

7.

It isn't possible to send a space probe to land on the surface of Jupiter because_____________________.

a)

Jupiter is too far away.

b)

Jupiter is made of gas.

c)

Jupiter is too cold.

d)

Jupiter is too big.

8.

What causes day and night?

a)

The Earth orbiting the sun.

b)

The Sun orbiting the Earth

c)

The Earth spinning/rotating.

d)

The Sun spinning/rotating.

9.

Why are there 24 hours in a day?

a)

The Egyptians used their finger segments, and their thumb to count the hours in a day.

b)

There were always just 24 hours in a day.

c)

Julius Cesar declared there should be 24 hours in a day, because that was his lucky number.

d)

Cleopatra didn't like odd numbers, so she said there should be 24 hours in a day.

10.

If there are long shadows outside during lunchtime, what season do you think it is?

a)

Summer

b)

Winter

c)

Spring

d)

Autumn/Fall

11.

How does the Earth move in space? How do these motions explain what we see on Earth?

a)

The Earth spins and orbits the sun.

b)

The Earth spins.

c)

The Earth obits.

d)

The Earth moves from West to East.

12.

How can you tell the difference between a star and planet in the sky?

a)

Planets are brighter than stars.

b)

Planets stay in one spot each night, and never move.

c)

Night after night, the planets move slowly across the sky.

d)

Planets look different.

13.
In ancient times, why would a cloudy day make it hard to know what time it was? 
a)
​Without​ ​the​ ​sun,​ ​you​ ​can't​ ​use​ ​a​ ​shadow clock
b)
Shadow clocks DO NOT need sunlight
c)
Shadow clocks work no matter the weather
14.
Say one morning the Earth suddenly stopped spinning. Would a shadow clock still work?
a)
Yes, because the sun still moves. 
b)
No, a​ ​shadow​ ​clock​ ​only​ ​works​ ​because​ ​the​ ​shadow​ ​moves​ ​across​ ​the​ ​dial. No shadow means no time.
15.
The planet Mercury takes 176 days to do one spin around its pole. Compared to the Earth, would the Sun appear to move more quickly across Mercury's sky or more slowly? (Earth = 24 hours)
a)
The sun would move faster across Murcury's sky, because Murcury spins faster than the Earth. 
b)
The​ ​Sun​ ​would​ ​appear​ ​to​ ​move​ ​much​ ​more​ ​slowly​ ​across​ ​Mercury's​ ​sky​ ​than​ ​Earth's​ ​sky, because​ ​Mercury​ ​spins​ ​much​ ​more​ ​slowly​ ​than​ ​the​ ​Earth. 
c)
It would move at the same rate.
16.

What season is shown in this picture?

a)

spring

b)

autumn

c)

winter

d)

summer

17.

What season does this photo show?

a)

Fall

b)

Spring

c)

Summer

d)

winter

18.

This picture was taken at 8:30 PM. What season was I taken in?

a)

fall

b)

summer

c)

spring

d)

winter

19.

What season is seen in this photo?

a)

Spring

b)

summer

c)

winter

d)

fall

20.

Which season is shown in this photograph?

a)

fall

b)

summer

c)

spring

d)

winter

21.

Shadows are ______ during winter because of the angle of the sun.

a)

longer

b)

shorter

c)

bigger

d)

smaller

22.

What in the night sky can tell you what season it is?

a)

shooting stars

b)

constellations

c)

the sun

d)

the moon

23.

___________ is the curved path that something (such as a moon or satellite) follows as it goes around something else (such as a planet).

a)

revolution

b)

rotation

c)

ring

d)

orbit

24.

In summer, the sun takes a ______________ path across the sky.

a)

lower

b)

middle

c)

higher

d)

small

25.

Why don't all the constellations appear at the same time?

a)

you don't have a telescope

b)

the stars are too small

c)

the Earth is facing in the other direction

d)

planets may be too far away

26.

_________ is the natural force that tends to cause physical things to move towards each other: the force that causes things to fall towards the Earth.

a)

The Sun

b)

The Ocean

c)

Gravity

d)

Space

27.

Planets can sustain life if they have ____________________.

a)

water and sun

b)

water

c)

food

d)

a Sun

28.

A __________________ is a group of stars that forms a particular shape in the sky and has been given a name.

a)

constellation

b)

black hole

c)

solar system

d)

moon

29.
Why do we have night and day?
a)
Earth's rotation
b)
Earth's revolution around the Sun
c)
The Sun rotating
d)
The moon block the sun
30.
Which of the following is NOT a characteristic of both the moon and Earth?
a)
gravity
b)
rocks
c)
craters
d)
oceans
31.
What planet is 5th from the Sun?
a)
Jupiter
b)
Saturn
c)
Earth
d)
Mars
32.
What planet is closest to the Sun?
a)
Mars
b)
Mercury
c)
Earth
d)
Jupiter
33.
A full moon occurs on May 1st. When will the next full moon appear?
a)
May 29
b)
May 15
c)
May 5
d)
never
34.
Why does it look like the Sun is moving?
a)
Because the sun is moving at a fixed speed.
b)
Because Earth is rotating.
35.
Which way would you face to look in the direction of the Sun in the morning? In the middle of the day? In the afternoon?
a)
East, up, West
b)
West, down, East
c)
North
d)
South
36.
Do any other objects in the sky seem to move in the same way as the Sun?
a)
No
b)
Planes
c)
Aliens
d)
The stars
37.

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

a)

One year

b)

One hour

c)

One day

d)

One month

38.

Which of the following happens because of apparent motion?

a)

The sun, moon or stars seem to move across the sky

b)

The Earth revolves around the sun

c)

The moon revolves around Earth

d)

The Earth rotates on its axis

39.

The Northern and Southern Hemisphere's have different seasons because of Earth's tilt on its axis as it revolves causes the sun's energy to strike one hemisphere more or less directly than the other.

a)

True

b)

False

40.

Which season is the warmest season and has the most hours of daylight? The sun's energy strikes parts of the Northern Hemisphere almost straight on.

a)

Winter

b)

Spring

c)

Summer

d)

Fall

41.

Star patterns are called:

a)

Orbits

b)

Rotations

c)

Revolutions

d)

Constellations

42.

As Earth travels around t he Sun, different constellations are visible in the nighttime sky.

a)

True

b)

False

43.

What direction does the sun rise (where does it come up from)?

a)

North

b)

South

c)

East

d)

West

44.

What direction does the sun set?

a)

North

b)

South

c)

East

d)

West

45.
Do any other objects in the sky seem to move in the same way as the Sun?
a)
No
b)
Planes
c)
Aliens
d)
The stars
46.

Why would it be difficult to live on Venus?

a)

Venus is far away from the Sun so it is a very cold planet.

b)

Venus is close to the Sun so it is a very hot planet.

c)

Venus is close to the Sun so it is a very cold planet.

d)

Venus is far away from the Sun so it is a very hot planet.

47.

The image below shows a solar system with one star (on the left) and 5 planets that orbit around the star. Which planets would be places humans could live?

a)

Planets A and B.

b)

Planets B and C.

c)

Planets C and D.

d)

Planets D and E.

48.

What determines where the habitable zone is located for each star?

a)

The star's distance from Earth

b)

The size of the star

c)

How many planets the star has

d)

The size of the planet

49.

If a planet is discovered to be in the habitable zone does that mean it has life?

a)

Yes

b)

No

50.

What does most every living thing need to survive?

a)

Steam

b)

Ice

c)

Plasma

d)

Liquid water

51.

What happens if a planet is too hot?

a)

The water will be nice and warm

b)

The water will boil away

c)

The water will be too cold

d)

The water will freeze and make ice

52.

What happens if a planet is too cold?

a)

The water will be nice and warm

b)

The water will be cold

c)

The water will boils away

d)

It will be like a giant snowball

53.

A huge ball of very hot, glowing gasses in space that can produce its own heat and light.

a)

star

b)

planet

c)

galaxy

d)

solar system

54.

The study of objects in space and their other characteristics is called

a)

Astrology

b)

Astronomy

c)

Astronauts

d)

Biology

55.

A star and all the planets and other objects that orbit it form what?

a)

The Milky Way

b)

Solar System

c)

A home

56.

The imaginary line that goes through Earth from pole to pole (North to South)

a)

meteor

b)

orbit

c)

axis

d)

equator

57.

Earth takes one full day, or 24 hours to spin or __________ once around its axis

a)

levitate

b)

twist

c)

orbit

d)

rotate

58.

A huge ball of very hot, glowing gasses in space that can produce its own heat and light

a)

comet

b)

sun

c)

planet

d)

asteroid

59.

A large round body that revolves around a star

a)

planet

b)

sun

c)

moon

d)

spaceship

60.

Rock and iron objects that orbit the sun

a)

Dwarf planets

b)

asteroids

c)

comets

d)

stars

61.

A chunk of frozen gasses, rock, ice, and dust. They have large orbits around the sun

a)

Dwarf planets

b)

asteroids

c)

comets

d)

stars