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6.11ABC Space Test Review

Total questions: 50

Worksheet time: 33mins

Name
Class
Date
1.
What controls the movement of comets, asteroids, and planets within our solar system?
a)
Their composition (what they're made of)
b)
Gravitational attraction
c)
Magnetic forces between them
d)
How the Big Bang created the universe
2.
Why doesn't the Earth in motion keep moving in a straight line?
a)
Because no unbalanced forces act on it
b)
The Sun's gravitational force
3.
The Earth is a - 
a)
planet
b)
supernova
c)
star
d)
comet
4.
The sun and all of the planets and other bodies that travel around it. 
a)
Universe 
b)
Galaxy 
c)
Star
d)
Solar System 
5.

As the mass of an object increases, the pull of gravity will...

a)

Increases

b)

Decreases

c)

Stays the same

6.
What is the closet planet to the sun?  
a)
Mercury is the closet planet to the sun
b)
Mars is the closest planet to the sun.
c)
Earth is the closet planet to the sun.
d)
Venus is the closet planet to the sun. 
7.
Which planet is the hottest planet in the solar system?  
a)
Mercury is the hottest planet in the solar system.
b)
Mars is the hottest planet in the solar system. 
c)
Venus is the hottest planet in the solar system.  
d)
Jupiter is the hottest planet in the solar system.
8.
Which planet is the furthest from the sun?
a)
Uranus is the planet furthest from the sun.
b)
Saturn is the planet furthest from the sun.
c)
Neptune is the planet furthest from the sun.
d)
Jupiter is the planet furthest planet from the sun.
9.
What two planets  DO NOT have any moons?
a)
Neptune and Jupiter DO NOT have any moons.
b)
Mercury and Venus DO NOT have any moons.
c)
Saturn and Uranus DO NOT have any moons.
d)
Earth and Mars DO NOT have any moons.
10.
Which planet orbits the sun on its side?  
a)
Saturn is the planet that orbits the sun on its side.
b)
Neptune is the planet that orbits the sun on its side.
c)
Uranus is the planet that orbits the sun on its side.
d)
Mars is the planet that orbits the sun on its side.  
11.
Which planet has life on it and has air that you can breathe?  
a)
Mars
b)
Neptune
c)
Venus
d)
Earth
12.
What is the purpose of the Hubble Space Telescope?
a)
Take pictures of the planets only
b)
Take pictures of the universe
c)
To send NASA messages from space
d)
There is no purpose of the Hubble Telescope
13.
What is the force that keeps all of the planets in orbit?
a)
Gravitational pull from the Earth
b)
The asteroid belt
c)
Gravitational Pull from the Sun
d)
Convection currents in the mantle
14.
Which planet is letter L?
a)
Mercury
b)
Saturn
c)
Mars
d)
Uranus
15.
As you get _________________ to the sun the gravitational pull gets stronger.
a)
Further away
b)
Closer
16.
A ____________________ is made up of ice and dust and orbits around the sun.
a)
Comet
b)
Asteroid
c)
Meteor
d)
Meteorite
17.
Does everything in space revolve around the Sun?
a)
Yes
b)
No
18.
What is the only thing in space that man has landed on?
a)
Mars
b)
Mercury
c)
The Moon
d)
A Star
19.
What are the 8 planets in order?
a)
Mars, Venus, Earth, Mercury, Jupiter, Saturn, Uranus, Neptune
b)
Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune
c)
Neptune, Uranus, Saturn, Jupiter, Mars, Earth, Venus, Mercury
d)
Venus, Mars, Earth, Mercury, Jupiter, Uranus, Saturn, Neptune
20.
What is the force that governs the movement in space?
a)
Inertia
b)
Convection Currents
c)
Plate Tectonics
d)
Gravity
21.

What planet is represented at letter L?

a)

Saturn

b)

Uranus

c)

Neptune

d)

Mars

22.
As the mass of a planet ____________, the gravitational pull gets weaker.
a)
Increases
b)
Decreases
c)
Stays the same
d)
Mass doesn't affect the gravitational pull
23.

What planet is shown at letter G in the picture?

a)

Jupiter

b)

Earth

c)

Venus

d)

Mercury

24.

What celestial body does the picture above represent?

a)

Asteroid

b)

Comet

c)

Meteor

d)

Meteorite

25.
Earth makes one complete ________ every 24 hours.
a)
turn
b)
revolution
c)
spin
d)
rotation
26.
Earth spins on its ________.
a)
revolution
b)
axis
c)
rotation
d)
phase
27.
Earth makes one complete ________ around the Sun every year. 
a)
turn
b)
revolution
c)
rotation
d)
circle
28.

Which planets are the rocky (inner) planets?

a)

Mercury, Venus, Earth, Mars

b)

Jupiter, Saturn, Uranus, Neptune

c)

Mercury, Venus, Earth, Saturn

d)

Jupiter, Mercury, Venus, Earth

29.

Which planets are the gas giants?

a)

Mercury, Venus, Earth, Mars

b)

Jupiter, Saturn, Uranus, Neptune

c)

Mercury, Venus, Earth, Saturn

d)

Jupiter, Mercury, Venus, Earth

30.

Which planet has rings made of ice, rock and dust?

a)

Saturn

b)

Mars

c)

Earth

d)

Neptune

31.

Which planet has the great red spot?

a)

Saturn

b)

Jupiter

c)

Earth

d)

Mars

32.

How many planets are in our solar system?

a)

6

b)

7

c)

8

d)

9

33.

__________ __________ is the investigation of physical conditions in space and on stars, planets, and other celestial bodies through the use of satellites, space probes, or spacecraft with human crews.

a)

Space shuttle

b)

Space probing

c)

Space Exploration

d)

None of the above

34.

What is one reason astronauts working outside the International Space Station need to wear space suits? The space suits -

a)

make it easier to identify the astronauts.

b)

help the astronauts float freely in space.

c)

have communication devices in the helmet.

d)

provide essential food and water for survival.

35.

The space shuttle carries astronauts back and forth between Earth and the International Space Station in orbit around our planet. What feature is necessary for the space shuttle to perform its function? The space shuttle must have -

a)

sufficient mass to provide gravity equal to that of Earth.

b)

powerful engines to escape the pull of Earth's gravity.

c)

enough food for the astronauts to eat for several years.

d)

adequate space in which the astronauts can float freely.

36.

Space probes are unmanned spacecraft that have helped scientists gather more detailed information about the universe and objects in our solar system. Space probes send back all of the following EXCEPT -

a)

soil and rocks from the surfaces of planets and moons.

b)

information about a planet's surface and atmosphere.

c)

photographs of distant stars and space objects.

d)

data about the effects of solar winds on planets.

37.

Why is it necessary for astronauts on the International Space Station to generate and recycle oxygen?

a)

Oxygen provides energy for the station's fuel tanks.

b)

There is not enough oxygen in space to sustain life.

c)

Oxygen protects the space station from radiation.

d)

Oxygen is a by-product of human respiration.

38.

Pictures taken by the Cassini spacecraft show that the rings surrounding Saturn have dark and light bands. Until these pictures were taken, scientists on Earth did not know about this difference in color. Why was the Cassini spacecraft able to take pictures of the dark and light bands in Saturn's rings while they are not visible from Earth?

a)

The rings around Saturn are covered by thick, dark clouds made of toxic gases.

b)

Bright sunlight makes it difficult to see colors the farther it travels in the solar system.

c)

The differences between the light and dark bands are the result of minerals not found on Earth.

d)

Telescopes on Earth are not powerful enough to see these differences at the great distance.

39.

Some scientists are planning a manned space mission to a rocky planet slightly farther from the Sun than Earth. To which planet are they sending astronauts?

a)

Mercury

b)

Venus

c)

Mars

d)

Jupiter

40.

A fly-by mission involves sending a spacecraft past a planet without landing on it. During the relatively short time the spacecraft speeds moving past a planet, it is able to -

a)

gather information on how the planet changes.

b)

conduct in-depth studies of the planet's surface.

c)

deposit astronauts on the planet for further study.

d)

transmit close-up images of the planet back to Earth.

41.

Ancient people could not travel to the Moon. However, they could make observations of the Moon that allowed them to describe the -

a)

composition of the Moon's atmosphere.

b)

amount of gravity exerted by the Moon.

c)

types of minerals found in the Moon's soil.

d)

physical features on the Moon's surface.

42.

A space probe, a satellite, and a manned rocket all share what characteristic? They must be able to -

a)

collect rocks and soil samples.

b)

communicate with people on Earth.

c)

transport equipment to the International Space Station.

d)

provide areas for conducting experiments.

43.

The International Space Station (ISS) is a huge science laboratory that orbits Earth every 92 minutes. Experiments on board the ISS can help scientists learn -

a)

why Earth rotates on its axis every day.

b)

what substances are found in moon dust.

c)

when the first green plants appeared on Earth.

d)

how to solve problems of living in space.

44.

What is an important requirement for a manned spacecraft traveling through space?

a)

The ability to create its own gravity

b)

Bright lights to see where it's going

c)

A device for growing food for humans

d)

A supply of oxygen for the astronauts

45.

A tether is a rope-like device that attaches an astronaut to a space vehicle during the time spent outside on a spacewalk. Why is a tether necessary?

a)

Strong solar winds would blow the astronaut away from the vehicle otherwise.

b)

Astronauts must remain close to the vehicle to obtain the heat it provides.

c)

Without a tether, astronauts would float away due to the lack of gravity in space.

d)

Tethers add just enough weight to the astronaut to keep them in orbit.

46.

Which of the following is the first challenge that had to be overcome by rockets in order for humans to explore space? First, rockets needed -

a)

a place in which the astronauts could sit.

b)

a way to return to Earth's surface.

c)

enough thrust to overcome Earth's gravity.

d)

landing gear that worked on another planet.

47.

With our current technology, travel to the closest star in another solar system is not possible for a human crew due to what limitation?

a)

Inability to store food and water for long periods of time.

b)

Lack of data about the many objects found in space.

c)

Absence of light and energy in the far reaches of space.

d)

Relatively short human life spans and slow travel speeds.

48.

Many telescopes have been launched into orbit around Earth or sent out into deep space. What is an advantage of using these telescopes rather than an Earth-bound telescope to gather images?

a)

Telescopes launched into space are usually smaller than ones found on Earth.

b)

The images are usually clearer because they do not have to look through our atmosphere.

c)

It is easier for scientists to make adjustments to an orbiting telescope than a fixed telescope.

d)

Orbiting telescopes usually last longer because it is cold in deep space.

49.

Of the following, the only space exploration vehicle that was not designed to carry humans into space is the -

a)

Gemini spacecraft

b)

space shuttle

c)

space probe

d)

Apollo spacecraft

50.

Who was the first human to walk on the Moon?

a)

Yuri A. Gagarin

b)

Neil Armstrong

c)

Valentina Tereshkova

d)

Sally Ride