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ESS Space - The Universe A

Total questions: 33

Worksheet time: 17mins

Name
Class
Date
1.

egg shaped or spherical

a)

elliptical galaxies

b)

all galaxies

c)

irregular galaxies

d)

spiral galaxies

2.

composed of stars

a)

elliptical galaxies

b)

all galaxies

c)

irregular galaxies

d)

spiral galaxies

3.

lack a well-defined structure

a)

elliptical galaxies

b)

all galaxies

c)

irregular galaxies

d)

spiral galaxies

4.

huge central bulge, surrounded by arms

a)

elliptical galaxies

b)

all galaxies

c)

irregular galaxies

d)

spiral galaxies

5.

Doppler effect

a)

an observed change in the frequency of a wave when the source or observer is moving

b)

theory that all matter and energy in the universe exploded ten to twenty billion years ago and began expanding in all directions

c)

galaxy moving away from Earth

d)

apparent shift toward shorter wavelengths of light when a luminous object moves toward the viewer

e)

theory that matter distorts space

6.

big bang theory

a)

an observed change in the frequency of a wave when the source or observer is moving

b)

theory that all matter and energy in the universe exploded ten to twenty billion years ago and began expanding in all directions

c)

galaxy moving away from Earth

d)

apparent shift toward shorter wavelengths of light when a luminous object moves toward the viewer

e)

theory that matter distorts space

7.

red shift galaxy

a)

an observed change in the frequency of a wave when the source or observer is moving

b)

theory that all matter and energy in the universe exploded ten to twenty billion years ago and began expanding in all directions

c)

galaxy moving away from Earth

d)

apparent shift toward shorter wavelengths of light when a luminous object moves toward the viewer

e)

theory that matter distorts space

8.

blue shift

a)

an observed change in the frequency of a wave when the source or observer is moving

b)

theory that all matter and energy in the universe exploded ten to twenty billion years ago and began expanding in all directions

c)

galaxy moving away from Earth

d)

apparent shift toward shorter wavelengths of light when a luminous object moves toward the viewer

e)

theory that matter distorts space

9.

general theory relativity

a)

an observed change in the frequency of a wave when the source or observer is moving

b)

theory that all matter and energy in the universe exploded ten to twenty billion years ago and began expanding in all directions

c)

galaxy moving away from Earth

d)

apparent shift toward shorter wavelengths of light when a luminous object moves toward the viewer

e)

theory that matter distorts space

10.

universe

a)

sum of all space, matter, and energy

b)

matter not visible through current methods, but observable through gravitational interactions between galaxies

c)

apparent shift toward longer wavelengths of light when a luminous object moves away from the viewer

d)

steady but faint microwaves from all over the sky

e)

the possible contraction and collapse of the currently expanding universe

11.

dark matter

a)

sum of all space, matter, and energy

b)

matter not visible through current methods, but observable through gravitational interactions between galaxies

c)

apparent shift toward longer wavelengths of light when a luminous object moves away from the viewer

d)

steady but faint microwaves from all over the sky

e)

the possible contraction and collapse of the currently expanding universe

12.

red shift

a)

sum of all space, matter, and energy

b)

matter not visible through current methods, but observable through gravitational interactions between galaxies

c)

apparent shift toward longer wavelengths of light when a luminous object moves away from the viewer

d)

steady but faint microwaves from all over the sky

e)

the possible contraction and collapse of the currently expanding universe

13.

cosmic background radiation

a)

sum of all space, matter, and energy

b)

matter not visible through current methods, but observable through gravitational interactions between galaxies

c)

apparent shift toward longer wavelengths of light when a luminous object moves away from the viewer

d)

steady but faint microwaves from all over the sky

e)

the possible contraction and collapse of the currently expanding universe

14.

big crunch

a)

sum of all space, matter, and energy

b)

matter not visible through current methods, but observable through gravitational interactions between galaxies

c)

apparent shift toward longer wavelengths of light when a luminous object moves away from the viewer

d)

steady but faint microwaves from all over the sky

e)

the possible contraction and collapse of the currently expanding universe

15.

Astronomers estimate that the universe contains

a)

100 Galaxies

b)

100 Million Galaxies

c)

100 Billion Galaxies

d)

100 Trillion Galaxies

16.

The varying theories of the universe’s eventual fate all depend on the universe’s current

a)

rate of expansion

b)

mass

c)

volume

d)

energy

17.

Energy produced in a star’s core moves through the star by

a)

convection and fusion.

b)

radiation and fusion.

c)

convection and radiation

d)

none of the answers

18.

The brightness of a star depends on its

a)

temperature

b)

size

c)

distance from Earth

d)

All of the answers

19.

The composition of a star can be identified by

a)

its apparent brightness

b)

the size of the star

c)

the lines in its spectrum

d)

the intensity of its radiation

20.

The sun will eventually end up as a

a)

white dwarf

b)

brown dwarf.

c)

brown dwarf.

d)

black hole

21.

Stars produce energy by fusing hydrogen into

a)

Oxygen.

b)

Iron

c)

Carbon

d)

Helium

22.

The lifespan of the sun before reaching the red giant stage is about

a)

250 million years.

b)

10 billion years.

c)

40 billion years

d)

150 billion years

23.

The surface temperature of the sun is related to its peak wavelength, which is near the color

a)

yellow

b)

violet

c)

red

d)

blue

24.

A _____ is so massive and compressed that not even light can escape its gravity.

a)

neutron star

b)

black hole

c)

protostar

d)

supernova

25.

Clusters of galaxies can form larger groups called

a)

supernovas.

b)

superclusters.

c)

constellations.

d)

supergiants

26.

A galaxy is a collection of _____ bound together by gravity.

a)

stars

b)

superclusters

c)

universes

d)

None of the answers

27.

Quasars were named for their

a)

absorption of radiation.

b)

generation of radiation

c)

resemblance to galaxies

d)

resemblance to stars.

28.

Interstellar matter is composed of _____ found between stars in a galaxy

a)

planets and moons

b)

light and radio waves

c)

dust and gas

d)

None of the answers

29.

Astronomers group galaxies into three types, according to their

a)

shapes.

b)

ages.

c)

colors

d)

sizes.

30.

Quasars are among the strongest sources of _____ in the universe.

a)

planets

b)

clusters

c)

radio waves

d)

sound waves

31.

Our solar system is located in which of these galaxies?

a)

Andromeda

b)

Milky Way

c)

Messier 87

d)

Fornax A

32.

A star generates energy by

a)

fission

b)

photosynthesis

c)

fusion

d)

none of answers

33.

The closest star to Earth is

a)

the sun

b)

Sirius

c)

Canus Major

d)

Kelvin