TEST BANK
Pathways to Astronomy
Steven Schneider
6th Edition
PR
O
FD
O
C
, Table of Contents
PART I – THE COSMIC LANDSCAPE
1. Our Planetary Neighborhood
2. Beyond the Solar System
3. Astronomical Numbers
4. Scientific Foundations of Astronomy
5. The Night Sky
6. The Year
7. The Time of Day
8. Lunar Cycles
9. Calendars
10. Geometry of the Moon, Earth, and Sun
11. Planets: The Wandering Stars
12. The Beginnings of Modern Astronomy
13. Observing the Sky
PR
PART II – PROBING MATTER, LIGHT, AND THEIR INTERACTIONS
14. Astronomical Motion: Inertia, Mass, and Force
15. Force, Acceleration, and Interaction
16. The Universal Law of Gravity
17. Measuring a Body’s Mass Using Orbital Motion
O
18. Orbital and Escape Velocities
19. Tides
20. Conservation Laws
FD
21. The Dual Nature of Light and Matter
22. The Electromagnetic Spectrum
23. Thermal Radiation
24. Identifying Atoms by Their Spectra
25. The Doppler Shift
O
26. Special Relativity
27. General Relativity
C
28. Detecting Light – An Overview
29. Collecting Light
30. Focusing Light
31. Telescope Resolution
32. The Earth’s Atmosphere and Space Observatories
33. Amateur Astronomy
PART III – THE SOLAR SYSTEM
34. The Structure of the Solar System
35. The Origin of the Solar System
36. Other Planetary Systems
37. The Earth as a Terrestrial Planet
38. Earth’s Atmosphere and Hydrosphere
39. Our Moon
40. Mercury
41. Venus
42. Mars
,43. Asteroids
44. Comparative Planetology
45. Jupiter and Saturn: Gas Giants
46. Uranus and Neptune: Ice Giants
47. Satellite Systems and Rings
48. Ice Worlds, Pluto, and Beyond
49. Comets
50. Impacts on Earth
PART IV – STARS AND STELLAR EVOLUTION
51. The Sun, Our Star
52. The Sun’s Source of Power
53. Solar Activity
54. Surveying the Stars
55. The Luminosities of Stars
56. The Temperatures and Compositions of Stars
57. The Masses of Orbiting Stars
PR
58. The Sizes of Stars
59. The H-R Diagram
60. Overview of Stellar Evolution
61. Star Formation
O
62. Main-Sequence Stars
63. Giant Stars
64. Variable Stars
FD
65. Mass Loss and Death of Low-Mass Stars
66. Exploding White Dwarfs
67. Old Age and Death of Massive Stars
68. Neutron Stars
69. Black Holes
O
70. Star Clusters
PART V – GALAXIES AND THE UNIVERSE
71. Discovering the Milky Way
C
72. Stars of the Milky Way
73. Gas and Dust in the Milky Way
74. Mass and Motions in the Milky Way
75. A Universe of Galaxies
76. Types of Galaxies
77. Galaxy Clustering
78. Active Galactic Nuclei
79. Dark Matter
80. Cosmology
81. The Edges of the Universe
82. The Curvature and Expansion of Universes
83. The Beginnings of the Universe
84. Dark Energy and the Fate of the Universe
85. Astrobiology
86. The Search for Life Elsewhere
, Part 1 Test Bank - The Cosmic Landscape
(ANSWERS AT THE END OF EVERY CHAPTER)
The two nearest planets to the Earth are
1. The two nearest planets to the Earth are
A. Mercury and Venus
B. Mars and Jupiter
C. Venus and Mars
D. Pluto and Mars
Accessibility: Keyboard Navigation
Bloom's Level: 1. Remember
Difficulty: Easy
Gradable: automatic
Part 1
Section: 01.03
Subtopic: Terrestrial Planets
Topic: Solar Systems
PR
Unit: 01
The total number of planets orbiting the sun is ...
2. The total number of planets orbiting the sun is .
A. 6
O
B. 7
C. 8
D. 10
FD
Excluding Pluto there are 8 planets.
Accessibility: Keyboard Navigation
Bloom's Level: 1. Remember
Difficulty: Easy
Gradable: automatic
O
Part 1
Section: 01.03
Subtopic: Jovian Planets
Subtopic: Terrestrial Planets
C
Topic: Solar Systems
Unit: 01
Venus' radius as compared to the Earth's radius i...
3. Venus' radius as compared to the Earth's radius is .
A. .53
B. .67
C. .10
D. .95
Venus is almost the same size as the Earth.
Accessibility: Keyboard Navigation
Bloom's Level: 1. Remember
Difficulty: Easy
Gradable: automatic
Part 1
Section: 01.03
Subtopic: Differences Between Terrestrial Planets
Pathways to Astronomy
Steven Schneider
6th Edition
PR
O
FD
O
C
, Table of Contents
PART I – THE COSMIC LANDSCAPE
1. Our Planetary Neighborhood
2. Beyond the Solar System
3. Astronomical Numbers
4. Scientific Foundations of Astronomy
5. The Night Sky
6. The Year
7. The Time of Day
8. Lunar Cycles
9. Calendars
10. Geometry of the Moon, Earth, and Sun
11. Planets: The Wandering Stars
12. The Beginnings of Modern Astronomy
13. Observing the Sky
PR
PART II – PROBING MATTER, LIGHT, AND THEIR INTERACTIONS
14. Astronomical Motion: Inertia, Mass, and Force
15. Force, Acceleration, and Interaction
16. The Universal Law of Gravity
17. Measuring a Body’s Mass Using Orbital Motion
O
18. Orbital and Escape Velocities
19. Tides
20. Conservation Laws
FD
21. The Dual Nature of Light and Matter
22. The Electromagnetic Spectrum
23. Thermal Radiation
24. Identifying Atoms by Their Spectra
25. The Doppler Shift
O
26. Special Relativity
27. General Relativity
C
28. Detecting Light – An Overview
29. Collecting Light
30. Focusing Light
31. Telescope Resolution
32. The Earth’s Atmosphere and Space Observatories
33. Amateur Astronomy
PART III – THE SOLAR SYSTEM
34. The Structure of the Solar System
35. The Origin of the Solar System
36. Other Planetary Systems
37. The Earth as a Terrestrial Planet
38. Earth’s Atmosphere and Hydrosphere
39. Our Moon
40. Mercury
41. Venus
42. Mars
,43. Asteroids
44. Comparative Planetology
45. Jupiter and Saturn: Gas Giants
46. Uranus and Neptune: Ice Giants
47. Satellite Systems and Rings
48. Ice Worlds, Pluto, and Beyond
49. Comets
50. Impacts on Earth
PART IV – STARS AND STELLAR EVOLUTION
51. The Sun, Our Star
52. The Sun’s Source of Power
53. Solar Activity
54. Surveying the Stars
55. The Luminosities of Stars
56. The Temperatures and Compositions of Stars
57. The Masses of Orbiting Stars
PR
58. The Sizes of Stars
59. The H-R Diagram
60. Overview of Stellar Evolution
61. Star Formation
O
62. Main-Sequence Stars
63. Giant Stars
64. Variable Stars
FD
65. Mass Loss and Death of Low-Mass Stars
66. Exploding White Dwarfs
67. Old Age and Death of Massive Stars
68. Neutron Stars
69. Black Holes
O
70. Star Clusters
PART V – GALAXIES AND THE UNIVERSE
71. Discovering the Milky Way
C
72. Stars of the Milky Way
73. Gas and Dust in the Milky Way
74. Mass and Motions in the Milky Way
75. A Universe of Galaxies
76. Types of Galaxies
77. Galaxy Clustering
78. Active Galactic Nuclei
79. Dark Matter
80. Cosmology
81. The Edges of the Universe
82. The Curvature and Expansion of Universes
83. The Beginnings of the Universe
84. Dark Energy and the Fate of the Universe
85. Astrobiology
86. The Search for Life Elsewhere
, Part 1 Test Bank - The Cosmic Landscape
(ANSWERS AT THE END OF EVERY CHAPTER)
The two nearest planets to the Earth are
1. The two nearest planets to the Earth are
A. Mercury and Venus
B. Mars and Jupiter
C. Venus and Mars
D. Pluto and Mars
Accessibility: Keyboard Navigation
Bloom's Level: 1. Remember
Difficulty: Easy
Gradable: automatic
Part 1
Section: 01.03
Subtopic: Terrestrial Planets
Topic: Solar Systems
PR
Unit: 01
The total number of planets orbiting the sun is ...
2. The total number of planets orbiting the sun is .
A. 6
O
B. 7
C. 8
D. 10
FD
Excluding Pluto there are 8 planets.
Accessibility: Keyboard Navigation
Bloom's Level: 1. Remember
Difficulty: Easy
Gradable: automatic
O
Part 1
Section: 01.03
Subtopic: Jovian Planets
Subtopic: Terrestrial Planets
C
Topic: Solar Systems
Unit: 01
Venus' radius as compared to the Earth's radius i...
3. Venus' radius as compared to the Earth's radius is .
A. .53
B. .67
C. .10
D. .95
Venus is almost the same size as the Earth.
Accessibility: Keyboard Navigation
Bloom's Level: 1. Remember
Difficulty: Easy
Gradable: automatic
Part 1
Section: 01.03
Subtopic: Differences Between Terrestrial Planets
