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Science 9 Unit E

Total questions: 64

Worksheet time: 41mins

Name
Class
Date
1.
When do lunar eclipses occur?
a)
When Earth passes between the moon and sun.
b)
When the moon passes between the Earth and sun.
c)
When the moon makes half of the Earth cold.
d)
When Mars gets too close to the sun and causes an eclipse.
2.

When do solar eclipses occur?

a)

When the earth passes between the moon and sun.

b)

When Jupiter passes between the sun and Earth.

c)

When the moon passes between the Sun and Earth.

d)

When Mars gets too close to the sun and causes an eclipse.

3.

Which planet is the largest and most massive of all the planets in our solar system?

a)

Jupiter

b)

Uranus

c)

Neptune

d)

Saturn

4.
What is another name for the inner planets?
a)
extraterrestrial planets
b)
terrestrial planets
c)
gas giants
d)
gas dwarfs
5.

The outer planets have solid, rocky surfaces.

True or False?

a)

True

b)

False

6.

A nebula is _____________.

a)

a cloud of gas and dust

b)

a group of dying stars

c)

a star exploding

7.

Stars are formed ('born') in a ....

a)

nebula

b)

black hole

c)

nova

d)

cluster

8.

TRUE or FALSE: Our sun is a medium-sized star.

a)

True

b)

False

9.

Which planet has the hottest average surface temperature due to its atmosphere?

a)

Earth

b)

Mercury

c)

Venus

d)

Saturn

10.

When a meteoroid enters earth's atmosphere and experiences friction... it begins to burn and now it's called a :

a)

meteor

b)

meteorite

c)

asteroid

d)

meteoroid

11.
If a meteor hits the earth's surface it is now a ...
a)
meteoroid
b)
meteorina
c)
comet
d)
meteorite
12.
A meteoroid that passes through the atmosphere and hits the surface of the Earth is called a __________?
a)
meteor
b)
comet
c)
meteorite
d)
asteroid
13.

The Asteroid Belt is:

a)

space debris that causes much damage and destruction to earth on a regular basis

b)

millions of pieces of rocks that make space travel difficult to pass through from Earth to its moon

c)

millions of pieces of rock and crater that separate many gas giant planet

d)

the area between Mars and Jupiter that contains millions of pieces of rock and separates the outer and inner planets

14.

An object made of ice and rock that has a very long elliptical orbit is called a _________.

a)

meterorite

b)

asteroid

c)

meteoroid

d)

comet

15.

When do solar eclipses occur?

a)

When the earth passes between the moon and sun.

b)

When Jupiter passes between the sun and Earth.

c)

When the moon passes between the Sun and Earth.

d)

When Mars gets too close to the sun and causes an eclipse.

16.
What is the closest planet to the Sun?
a)
Mercury
b)
Mars
c)
Venus
d)
Earth 
17.

The Hertzsprung-Russell Diagram tells us about a star's...

a)

temperature and brightness

b)

location and size

c)

age and temperature

d)

location and luminosity

18.

What are the inner planets composed of?

a)

gases and ice

b)

rock and ice

c)

gas and plasma

d)

gas and liquid

19.

What do we call a small rock which falls to earth's surface from space

a)

an asteroid

b)

a meteorite

c)

satellite

d)

a meteoroid

20.
Jupiter, Saturn, Uranus and Neptune are called...
a)
rocky
b)
terrestrial
c)
Jovian
d)
inner planets
21.
How does a star die?
a)
It runs out of hydrogen
b)
It stops spinning 
c)
carbon explodes the star
d)
pulsars 
22.

What are comets often called?

a)

icy meteors

b)

dirty snowballs

c)

dirt balls

d)

icy rocks

23.

When a star runs out of fuel for nuclear fusion and dies in an explosion it's called a....

a)

supernova

b)

white dwarf

c)

quasar

d)

big explosion

24.
What is a light year?
a)
The distance light travels in one year
b)
a measurement of time
c)
a way to measure how bright a year is
d)
Average distance from to the Sun
25.
Who proposed the first heliocentric model of the universe?
a)
Plato
b)
Ptolomy
c)
Aristotle
d)
Copernicus
26.

Earth-centered model of the solar system is called...

a)

heliocentric

b)

geocentric

c)

lunacentric

27.

Who developed the heliocentric theory?

a)

Copernicus

b)

Galileo

c)

Ptolemy

d)

Kepler

28.
During an ________, the length of nighttime and daytime are about the same because neither hemisphere is tilted toward the sun.
a)
equinox
b)
solstice
c)
earthquake
d)
solar eclipse
29.
The altitude according to the astrolabe is ...
a)
5⁰
b)
15⁰
c)
35⁰
d)
75⁰
30.
The position of a star above the horizon is its...
a)
altitude
b)
azimuth
c)
astrolabe
d)
quadrant
31.
The azimuth of a star at the 'fixed point' on the diagram is ...
a)
45⁰
b)
95⁰
c)
140⁰
d)
260⁰
32.

Which of the following star 'leftovers' is the most dense?

a)

White Dwarf

b)

Neutron Star

c)

Black Hole

d)

Supergiant

33.

All stars begin in a __________?

a)

protoplanet

b)

black hole

c)

white dwarf

d)

nebula

34.
The Protoplanet Hypothesis states that...
a)
there were 4 more planets in our solar system
b)
a blackhole formed the solar system
c)
the Earth formed before the Sun
d)
the solar system formed when the Sun pulled dust and gases together into planets
35.
A streak of light across the sky produced by a meteoroid burning up through the Earth's atmosphere is a __________.
a)
asteroid
b)
comet
c)
meteorite
d)
meteor
36.

Which primary property of a star does the above spectral analysis determine?

a)

Age

b)

Size

c)

Temperature

d)

Composition

37.

The first four planets from the Sun are called the inner planets. The four planets that are furthest from the Sun are called outer planets. Which of the tables shown lists some of the key characteristics that distinguish outer planets from inner planets in our solar system?

a)
b)
c)
d)
38.

Sally is facing south on March 21 and is trying to find the coordinates of the Sun as it sets. Which of the following coordinates most likely describe the location of the Sun?

a)

Altitude 85° and azimuth 90°

b)

Altitude 5° and azimuth 270°

c)

Altitude 5° and azimuth 90°

d)

Altitude 85° and azimuth 270°

39.

Which of the following factors is the main reason an astronaut’s muscle mass and bone density decrease while in space?

a)

Astronauts do not need to support body weight in space

b)

Astronauts are restricted to a confined living area in space.

c)

It is not possible for astronauts to exercise vigorously in space.

d)

It is difficult for astronauts to consume a balanced diet in space.

40.

Which of the following statements best compares telescopes based in space to telescopes based on Earth?

a)

Space-based telescopes are generally larger.

b)

Space-based telescopes capture clearer images.

c)

Earth-based telescopes, in general, cost more to build.

d)

Earth-based telescopes explore further into deep space.

41.
The shifting of wavelengths due to the change in motion of objects is called the _______.
a)
Redshift
b)
Doppler Effect
c)
Blueshift
d)
Parallax
42.
The apparent shift in position of an object when viewed from two different locations is the __.
a)
Doppler Effect
b)
Drunken sailor
c)
Luminosity
d)
Parallax
43.
What conclusion can be made by comparing the two spectrums in the image?
a)
Galaxy is blueshifted; star is moving towards Earth.
b)
Galaxy is blueshifted; star is moving away from Earth.
c)
Galaxy is redshifted: star is moving away from Earth.
d)
Galaxy is redshifted; star is moving towards Earth.
44.
Which galaxy is closer to Earth?
a)
A is closer because it has a greater shift
b)
A is closer because it has a smaller shift
c)
B is not the closer galaxy, it is further
d)
I like minions
45.
Which galaxy is moving faster?
a)
Galaxy B is moving faster because it had a bigger shift
b)
Galaxy B is moving slower because it had a bigger shift
c)
Galaxy A is moving faster because it had a smaller shift.
d)
Bunnies are scary
46.
If the object is moving away its light is shifted and is called ______________.
a)
Your mom
b)
No shift
c)
Blue shift
d)
Red shift
47.

One of the measurements used to locate objects in the sky is compass direction. The compass direction measured clockwise from north is called

a)

azimuth

b)

altitude

c)

zenith

48.

Altitude is measure from the horizon which is at ___ and ___degrees from the north.

a)

90 - 270

b)

180 - 360

c)

270 - 180

d)

270 - 360

49.

An azimuth reading of 120 degrees would be which direction?

a)

North

b)

East

c)

South East

d)

South West

50.

the moon orbiting the earth is an example of:

a)

natural satellite

b)

artificial satellite

51.

A refracting telescope uses _______ to focus light.

a)

Lenses

b)

Mirrors

c)

Lasers

d)

Water

52.

Reflecting telescopes use _______ to focus light.

a)

Lenses

b)

Flat mirrors

c)

Curved Mirrors

d)

A lens and lasers

53.

Which of the following measurements could be calculated using the process of triangulation?

a)

The brightness of a celestial body

b)

The temperature of a celestial body

c)

The distance between two celestial bodies

d)

The speed at which a celestial body is traveling

54.

Constellations consist of patterns of stars in the sky. The constellations we recognize today were identified by many ancient civilizations. Which of the following statements best explains why planets are never featured in

constellations?

a)

Planets look bigger than stars.

b)

Planets are more difficult to see than stars.

c)

Planets have a chemical composition different from that of stars.

d)

Planets do not maintain fixed positions relative to other planets or stars.

55.

A geosynchronous orbit occurs when an object orbits Earth at the same rotational rate as Earth. A geosynchronous orbit allows a single satellite to

a)

capture information about global weather patterns

b)

capture images of the planet from many perspectives

c)

send signals continuously to a specified area on Earth

d)

send messages to multiple receivers anywhere on Earth

56.
Why is a space suit insulated?
a)
regulate temperature- protect against hot/cold
b)
to keep the astronaut from dehydrating
c)
so they can use the bathroom in space
d)
so they can breathe
57.
How do astronauts protect their bone health while in space?
a)
drink lots of fluids
b)
exercise with equipment
c)
special space suits
d)
special medicine
58.
What are the conditions in space?
a)
extreme temperatures, no atmosphere, microgravity, Ultraviolet radiation
b)
extreme temperatures, no atmosphere, microgravity, no radiation
c)
extreme temperatures, no atmosphere, macrogravity, Ultraviolet radiation
d)
extreme temperatures, no atmosphere, macrogravity, Radiation
59.

 

 

  The above diagram shows …

 

a)

Parallax

b)

doppler affect

c)

Refraction

d)

 Spectral Analysis

60.

This is an image of the first stage in the formation of a star, also known as a ....

a)

Main Sequence

b)

Planetary Nebula

c)

Supernova

d)

Nebula

61.
The most common elements stars are made of...
a)
Iron & Carbon
b)
Gold & Zinc
c)
Hydrogen & Helium
d)
Fire and Ice
62.
The fate of our Sun will be to...
a)
stay the same forever.
b)
expand and engulf inner planets.
c)
supernova in our lifetime.
d)
destroy the entire solar system.
63.
This stage is when a high mass star explodes
a)
Supergiant
b)
Red giant
c)
Supernova
d)
Black hole
64.
When a star's gravitational pull is so strong that not even light can escape, it's called a what?
a)
Black hole
b)
Supernova
c)
White dwarf
d)
Nebula