TEST BANK For Astronomy A Beginners
hg hg hg hg hg
hg Guide to the Universe 8th Edition Chaisson
hg hg hg hg hg hg
hg Chapters 1 - 18, Complete
hg hg hg hg
,Table of Contents hg hg
0. hgCharting hgthe hgHeavens: hgThe hgFoundations hgof hgAstronomy
1. hgThe hgCopernican hgRevolution: hgThe hgBirth hgof hgModern hgScience
2. hgLight hgand hgMatter: hgThe hgInner hgWorkings hgof hgthe hgCosmos
3. hgTelescopes: hgThe hgTools hgof hgAstronomy
4. hgThe hgSolar hgSystem: hgInterplanetary hgMatter hgand hgthe hgBirth hgof hgthe hgPlanets
5. hgEarth hgand hgIts hgMoon: hgOur hgCosmic hgBackyard
6. hgThe hgTerrestrial hgPlanets: hgA hgStudy hgin hgContrasts
7. hgThe hgJovian hgPlanets: hgGiants hgof hgthe hgSolar hgSystem
8. hgMoons, hgRings, hgand hgPlutoids: hgSmall hgWorlds hgAmong hgGiants
9. hgThe hgSun: hgOur hgParent hgStar
10. hgMeasuring hgthe hgStars: hgGiants, hgDwarfs, hgand hgthe hgMain hgSequence
11. hgThe hgInterstellar hgMedium: hgStar hgFormation hgin hgthe hgMilky hgWay
12. hgStellar hgEvolution: hgThe hgLives hgand hgDeaths hgof hgStars
13. hgNeutron hgStars hgand hgBlack hgHoles: hgStrange hgStates hgof hgMatter
14. hgThe hgMilky hgWay hgGalaxy: hgA hgSpiral hgin hgSpace
15. hgNormal hgand hgActive hgGalaxies: hgBuilding hgBlocks hgof hgthe hgUniverse
16. hgHubble’s hgLaw hgand hgDark hgMatter: hgThe hgLarge-Scale hgStructure hgof hgthe hgCosmos
17. hgCosmology: hgThe hgBig hgBang hgand hgthe hgFate hgof hgthe hgUniverse
18. hgLife hgin hgthe hgUniverse: hgAre hgWe hgAlone?
,Chapter 0 hg hg hg Charting the Heavens: The Foundations of Astronomy
hg hg hg hg hg hg
1) Right ascension in the sky is very similar to latitude on the
hg hg hg hg hg hg hg hg hg hg hg
Earth. ANSWER: FALSE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
2) Latitude and right ascension are coordinate systems used to find objects on the
hg hg hg hg hg hg hg hg hg hg hg hg
celestial sphere.
hg hg
ANSWER:
FALSE Diff: 1
hg hg hg
Section Ref.: 0.1
hg h g
3) The celestial sphere is divided into 88 modern
hg hg hg hg hg hg hg
constellations. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
4) In the sky, declination is measured in degrees north or south of the celestial
hg hg hg hg hg hg hg hg hg hg hg hg hg
equator. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
5) The south celestial pole is located at a declination of -90
hg hg hg hg hg hg hg hg hg hg
degrees. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
6) In general, the brightest star in a given constellation is designated as
hg hg hg hg hg hg hg hg hg hg hg
alpha. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
7) Constellations are close clusters of stars, all at about the same distance from the
hg hg hg hg hg hg hg hg hg hg hg hg hg
Sun. ANSWER: FALSE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
, 8) Over 20,000 stars are visible to the naked eye on the darkest, clearest
hg hg hg hg hg hg hg hg hg hg hg hg
nights. ANSWER: FALSE
hg hg h g
Diff: 2
hg
Section Ref.: 0.1
hg h g
9) A star with a right ascension of 2.6 hrs will rise 2.6 hours after the vernal
hg hg hg hg hg hg hg hg hg hg hg hg hg hg hg
equinox. ANSWER: TRUE
hg hg h g
Diff: 3
hg
Section Ref.: More Prec. 0.1
hg h g hg hg
10) A tropical year is the same as a sidereal
hg hg hg hg hg hg hg hg
year. ANSWER: FALSE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
11) The sidereal day is determined by the Earth's rotation with respect to the
hg hg hg hg hg hg hg hg hg hg hg hg
stars. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
12) The vernal equinox marks the beginning of spring in the northern
hg hg hg hg hg hg hg hg hg hg
hemisphere. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
13) There are 3,600 arc seconds in a
hg hg hg hg hg hg
degree. ANSWER: TRUE
hg hg h g
Diff: 2
hg
Section Ref.: More Prec. 0.1
hg h g hg hg
14) An hour of right ascension corresponds to 60 degrees in the
hg hg hg hg hg hg hg hg hg hg
sky. ANSWER: FALSE
hg hg h g
Diff: 2
hg
Section Ref.: 0.2
hg h g
15) From Earth, the Sun and Moon have about the same angular
hg hg hg hg hg hg hg hg hg hg
diameter. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
16) At the solstices, the Sun's declination will be 23.5 degrees from the
hg hg hg hg hg hg hg hg hg hg hg
equator. ANSWER: TRUE
hg hg h g
Diff: 2
hg
Section Ref.: hg
0.2
hg hg hg hg hg
hg Guide to the Universe 8th Edition Chaisson
hg hg hg hg hg hg
hg Chapters 1 - 18, Complete
hg hg hg hg
,Table of Contents hg hg
0. hgCharting hgthe hgHeavens: hgThe hgFoundations hgof hgAstronomy
1. hgThe hgCopernican hgRevolution: hgThe hgBirth hgof hgModern hgScience
2. hgLight hgand hgMatter: hgThe hgInner hgWorkings hgof hgthe hgCosmos
3. hgTelescopes: hgThe hgTools hgof hgAstronomy
4. hgThe hgSolar hgSystem: hgInterplanetary hgMatter hgand hgthe hgBirth hgof hgthe hgPlanets
5. hgEarth hgand hgIts hgMoon: hgOur hgCosmic hgBackyard
6. hgThe hgTerrestrial hgPlanets: hgA hgStudy hgin hgContrasts
7. hgThe hgJovian hgPlanets: hgGiants hgof hgthe hgSolar hgSystem
8. hgMoons, hgRings, hgand hgPlutoids: hgSmall hgWorlds hgAmong hgGiants
9. hgThe hgSun: hgOur hgParent hgStar
10. hgMeasuring hgthe hgStars: hgGiants, hgDwarfs, hgand hgthe hgMain hgSequence
11. hgThe hgInterstellar hgMedium: hgStar hgFormation hgin hgthe hgMilky hgWay
12. hgStellar hgEvolution: hgThe hgLives hgand hgDeaths hgof hgStars
13. hgNeutron hgStars hgand hgBlack hgHoles: hgStrange hgStates hgof hgMatter
14. hgThe hgMilky hgWay hgGalaxy: hgA hgSpiral hgin hgSpace
15. hgNormal hgand hgActive hgGalaxies: hgBuilding hgBlocks hgof hgthe hgUniverse
16. hgHubble’s hgLaw hgand hgDark hgMatter: hgThe hgLarge-Scale hgStructure hgof hgthe hgCosmos
17. hgCosmology: hgThe hgBig hgBang hgand hgthe hgFate hgof hgthe hgUniverse
18. hgLife hgin hgthe hgUniverse: hgAre hgWe hgAlone?
,Chapter 0 hg hg hg Charting the Heavens: The Foundations of Astronomy
hg hg hg hg hg hg
1) Right ascension in the sky is very similar to latitude on the
hg hg hg hg hg hg hg hg hg hg hg
Earth. ANSWER: FALSE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
2) Latitude and right ascension are coordinate systems used to find objects on the
hg hg hg hg hg hg hg hg hg hg hg hg
celestial sphere.
hg hg
ANSWER:
FALSE Diff: 1
hg hg hg
Section Ref.: 0.1
hg h g
3) The celestial sphere is divided into 88 modern
hg hg hg hg hg hg hg
constellations. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
4) In the sky, declination is measured in degrees north or south of the celestial
hg hg hg hg hg hg hg hg hg hg hg hg hg
equator. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
5) The south celestial pole is located at a declination of -90
hg hg hg hg hg hg hg hg hg hg
degrees. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
6) In general, the brightest star in a given constellation is designated as
hg hg hg hg hg hg hg hg hg hg hg
alpha. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
7) Constellations are close clusters of stars, all at about the same distance from the
hg hg hg hg hg hg hg hg hg hg hg hg hg
Sun. ANSWER: FALSE
hg hg h g
Diff: 1
hg
Section Ref.: 0.1
hg h g
, 8) Over 20,000 stars are visible to the naked eye on the darkest, clearest
hg hg hg hg hg hg hg hg hg hg hg hg
nights. ANSWER: FALSE
hg hg h g
Diff: 2
hg
Section Ref.: 0.1
hg h g
9) A star with a right ascension of 2.6 hrs will rise 2.6 hours after the vernal
hg hg hg hg hg hg hg hg hg hg hg hg hg hg hg
equinox. ANSWER: TRUE
hg hg h g
Diff: 3
hg
Section Ref.: More Prec. 0.1
hg h g hg hg
10) A tropical year is the same as a sidereal
hg hg hg hg hg hg hg hg
year. ANSWER: FALSE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
11) The sidereal day is determined by the Earth's rotation with respect to the
hg hg hg hg hg hg hg hg hg hg hg hg
stars. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
12) The vernal equinox marks the beginning of spring in the northern
hg hg hg hg hg hg hg hg hg hg
hemisphere. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
13) There are 3,600 arc seconds in a
hg hg hg hg hg hg
degree. ANSWER: TRUE
hg hg h g
Diff: 2
hg
Section Ref.: More Prec. 0.1
hg h g hg hg
14) An hour of right ascension corresponds to 60 degrees in the
hg hg hg hg hg hg hg hg hg hg
sky. ANSWER: FALSE
hg hg h g
Diff: 2
hg
Section Ref.: 0.2
hg h g
15) From Earth, the Sun and Moon have about the same angular
hg hg hg hg hg hg hg hg hg hg
diameter. ANSWER: TRUE
hg hg h g
Diff: 1
hg
Section Ref.: 0.2
hg h g
16) At the solstices, the Sun's declination will be 23.5 degrees from the
hg hg hg hg hg hg hg hg hg hg hg
equator. ANSWER: TRUE
hg hg h g
Diff: 2
hg
Section Ref.: hg
0.2