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Star Test Review

Total questions: 40

Worksheet time: 44mins

Name
Class
Date
1.
Why do other stars appear so much smaller than the sun?
a)
They are actually much smaller
b)
They are so far away
c)
They are not as bright
d)
They are dwarf stars
2.
What color of star is the hottest?
a)
Blue
b)
Red
c)
Yellow
d)
Orange
3.
What color of star is the coolest?
a)
Red
b)
Yellow
c)
Blue
d)
White
4.
What is the name of the gas/dust clouds where all stars form?
a)
Nebulas
b)
Protostars 
c)
Supernova
d)
Neutron Star
5.
What are stars?
a)
Rocky bodies
b)
Burning balls of gas
c)
5 pointed shapes
d)
Hollywood actors
6.

Which of the following is the most abundant element in the Sun?

a)

Hydrogen

b)

Helium

c)

Carbon

d)

Oxygen

7.

Which of the following is the apparent change in the position of an object due to a change in position of an observer?

a)

triangulation

b)

par sec

c)

parallax

d)

light year

8.

When comparing sunspots to the other areas of the Sun’s surface, one can say that sunspots are:

a)

tiny nuclear explosions.

b)

lighter in color.

c)

higher in altitude.

d)

cooler in temperature.

9.

What is the interior or center part of the Sun called?

a)

the radiative zone

b)

the core

c)

the convective zone

d)

the photosphere

10.

The Sun creates energy through a series of steps known as:

a)

electron-neutron chain reaction.

b)

proton-proton chain reaction.

c)

nuclear fission.

d)

proton-electron chain reaction.

11.

This region of the Sun is located near the radiative zone and extends down over 124,000 miles (200,000 kms) from the surface. Once hot materials travel from the radiative zone to the photosphere and cool, they drop back into the base of this region. What region is being described here?

a)

the chromosphere

b)

the corona

c)

the core

d)

the convective zone

12.
Label part 1
a)
#1 Core
b)
#1 Radiation zone
c)
#1 Convection zone
d)
#1 Photosphere
13.
Label Part 2
a)
#2 Core
b)
#2 Radiation zone
c)
#2 Convection zone
d)
#2 Corona
14.
Label Part 3
a)
#3 Chromosphere
b)
#3 Radiation zone
c)
#3 Convection zone
d)
#3 Photosphere
15.
Label part 5
a)
#5 Chromosphere
b)
#5 Radiation zone
c)
#5 Convection zone
d)
#5 Photosphere
16.
Label part 6
a)
#6 Prominences
b)
#6 Corona
c)
#6 Sunspots
d)
#6 Photosphere
17.
When we look at the sun, what layer are we viewing?
a)
photosphere
b)
chromosphere
c)
corona
d)
convection zone
18.
Identify part 9.
a)
sunspot
b)
solar flare
c)
granules
d)
prominence
19.
Identify part 7.
a)
sunspot
b)
solar flare
c)
corona
d)
radiation zone
20.

Sunspots tend to occur in cycles which occur ever ______ years.

a)

2

b)

5

c)

11

d)

65

21.
A dark spot on the photosphere of the sun
a)
corona
b)
solar flare
c)
sunspot
d)
magnitude
22.

What is solar wind?

a)

A type of wind on Earth

b)

A continuous stream of charged particles from the Sun

c)

A type of storm on the Sun

d)

A calm breeze in space

23.

____ binaries orbit far enough from each other that they can be viewed individually.

a)

Spectroscopic

b)

Independent

c)

Visual

d)

Parallax

24.

A star moving away from us will show spectral lines that are ______ due to the doppler effect

a)

thicker

b)

brighter

c)

blueshifted

d)

redshifted

25.

The image shows a light curve for what type of binary star sytem?

a)

Spectroscopic

b)

Eclipsing

c)

Visual

d)

Double

e)

Astrometric

26.

A star moving toward us will show spectral lines that are ______ due to the doppler effect

a)

thicker

b)

brighter

c)

blueshifted

d)

redshifted

27.
In the diagram given, what happens as we move to the left?
a)
Stars Get Larger
b)
Stars get Colder
c)
Stars get Hotter
d)
Stars get Brighter
28.

Is the surface temperature of White Dwarf stars higher or lower than Red Supergiants?

a)

Higher

b)

Lower

29.

What does the Y-axis of the HR diagram measures?

a)

Luminosity

b)

Temperature

30.

What does the X-axis of the HR diagram measures?

a)

Luminosity

b)

Temperature

31.

Most of the stars on the HR diagram are classified as what type of star?

a)

White Dwarfs

b)

Blue Giants

c)

Red Giants

d)

Main Sequence

32.

What type of star has a high temperature and a high luminosity?

a)

White Dwarfs

b)

Blue Giants

c)

Red Supergiants

d)

Smaller Main Sequence stars

33.

What type of star has a high temperature and a low luminosity?

a)

White Dwarfs

b)

Blue Giants

c)

Red Supergiants

d)

Smaller Main Sequence stars

34.

What type of star has a low temperature and a high luminosity?

a)

White Dwarfs

b)

Blue Giants

c)

Red Supergiants

d)

Smaller Main Sequence stars

35.

Is the luminosity of Red Giant stars higher or lower than Red Supergiants?

a)

Higher

b)

Lower

36.

A scientist has a sample of an unknown gas. In order to identify the gas, they look at the spectrum of visible light emitted from it when it is heated. This is shown in the figure. Also shown in the figure are the emission spectra of three pure, gaseous elements. Which of the three elements is the unknown gas?

a)

helium

b)

hydrogen

c)

oxygen

37.

The absorption spectrum of a star is shown at the top of the image. When compared with the spectra of the pure gases below, which elements are present in the star?

a)

hydrogen

b)

helium

c)

sodium

d)

lithium

38.

The absorption lines in the spectrum for Galaxy B are shifted toward the _____ end of the spectrum when compared to the lines for the Milky Way.

a)

red

b)

blue

39.

The absorption lines in the spectrum for Galaxy A are shifted toward the _____ end of the spectrum when compared to the lines for the Milky Way.

a)

red

b)

blue

40.

Is the sun hot

a)

Yes

b)

No

c)

Its queso