Radiation astronomy/Yellows/Quiz

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Rho Cassiopeiae is a semi-regular pulsating star of spectral class G2Ia0e. Credit: Aladin at SIMBAD.{{fairuse}}

Yellow astronomy is a lecture and an article as part of the radiation astronomy course on the principles of radiation astronomy.

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Quiz[edit | edit source]


1 Which of the following emission/absorption phenomena are associated with radiation astronomy?

helium lines at 501 and 505 nm
the strong C2 (1,2) band
nitrogen emission in plasmas at 566.934 nm from N VIII
helium emission line at 5876 Å
neutral iron line at 526.96 nm
calcium yellow line at 569.4 nm

2 True or False, Boron has an emission line in the yellow.


3 Which of the following is a phenomenon associated with yellow astronomy?

sodium line emission
sunspots on the Sun
an emission with a wavelength of 420 nm

4 True or False, Hydrogen has an emission line in the yellow.


5 Which chemical phenomena are associated with the Earth?

quartz is the second most abundant mineral
an atmosphere containing CO2
green, red, blue, and yellow airglow
the production and escape of hot H+ ions
oxygen emissions
helium ions

6 True or False, The XRS aboard the MESSENGER spacecraft maps mineral composition.


7 Tarapacaite is a natural mineral pigment composed of what likely source of yellow?

8 True or False, The planet Saturn exhibits a pale yellow hue due to ammonia crystals in its upper atmosphere.


9 Yes or No, The V 2 rocket was first used as a sounding rocket for yellow astronomy before being converted into a weapon.


10 A terrestrial planet is composed primarily of?

11 True or False, The red shift cannot affect yellow stars.


12 Complete the text:

A filter of type F588N allows the transmission of


13 True or False, The Hubble Space Telescope currently uses the Wide Field Planetary Camera (PC-2) with its F588N filter among others for yellow astronomy.


14 Which of the following emission/absorption phenomena are associated with yellow astronomy?

Nitrogen emission line at 575.5 nm
the strong C2 (1,2) band
nitrogen emission in plasmas at 566.934 nm from N VIII
Helium emission line at 5876 Å
neutral iron line at 526.96 nm
Calcium yellow line at 569.4 nm

15 True or False, There are yellow or yellow mineral containing meteorites.


16 Which of the following is not a prominent feature associated with the yellowness response?

M cone cells
a green light source
L cones
"bluish green" 493-498 nm
"yellowish green" 530-559 nm
"yellow green" 559-570 nm

17 True or False, Beryllium has an emission line in the yellow.


18 True or False, The rocky surface of the planet Venus can be detected when Venus is observed using yellow astronomy.


19 Before the current era and perhaps before 6,000 b2k which classical planet may have been yellow?

20 True or False, Bremsstrahlung radiation may be a source of the yellow continuum.


21 Yellow astronomy observation is performed all around the surface of the Earth by?

22 True or False, The Mauna Kea Observatories are used for scientific research across the electromagnetic spectrum from visible light to radio, and comprise the largest such facility in the world.


23 Which of the following are likely associated with a yellow emission line control group?

rocky objects
high peak to background
plasma objects
a G2V photosphere
watery surface

24 True or False, Yellow Bremsstrahlung radiation is not detected from the Sun because the photosphere isn't ionized enough to produce it.


25 During the late 1600s the sunspot cycle lost its usual intensity and became the what?

26 True or False, Yellow radiation bursts are the most luminous electromagnetic events known to occur in the universe.


27 Which of the following is not a characteristic of radiation?

throwing a beam
a stream of charged or neutral particles
the process of calculating the energy of a beam
sending out a traveling ray
a secondary hazard

28 True or False, A principle is a law or rule that has to be followed.


29 Using the equation what temperature corresponds approximately to a Planckian peak wavelength of 580 nm?

5140 K
5800 K
5170 K
6000 K
5870 K
5250 K

30 True or False, In the first derivative of Planck's equation to generate a wavelength, for a wavelength, temperature pair like (495 nm, 6100 K), the constant c2 has units of nm K.


31 Which of the following is not a yellow characteristic of solar active regions?

yellow spectral lines are 1.4 % shallower at solar maximum
coronal clouds
spot central meridian passage
a surface coverage of at least 95%.

32 True or False, The Earth's atmosphere does not transmit yellow radiation between 470 and 590 nm in wavelength because of water vapor.


33 Which of the following is involved in planetary astronomy more so than planetary science?

the occurrence of yellow rock types on the surface of rocky objects
the Earth and other rocky objects have a yellow mineral containing mantle
checking equations about complex systems
the advantages of a 580 nm band pass
digging holes in the surface of the Moon
surface temperatures low enough to produce methane lakes

34 True or False, The position of the Sun can be determined directly with the use of yellow astronomy.


35 Various yellow radiation observatories occur at different altitudes and geographic locations due to what effect?

the presence of oceans on the Earth
locally available carving tools
light pollution
most astronomical objects are observed at night
currently dormant volcanoes seldom erupt
human habitation increases near an astronomical observatory

36 True or False, A yellow metallic or stony object that is the remains of a meteor is called a meteoroid.


37 Which of the following is not a phenomenon usually associated with regions?

a connected part of a space
a tract of yellow fields
definite extent of a banana orchard
Rho Cassiopeiae
temporal change in yellow radiation flux

38 Which of the following are the differences between a star and an astronomical yellow source?

a star may emit predominantly green rays
an astronomical yellow source is spherical
a yellow star is an astronomical yellow source
a star with nuclear fusion in its chromosphere emits neutrinos, but a yellow source with no nuclear fusion ongoing does not
a yellow source may be cloud like
an astronomical yellow source may be a rocky object

Hypotheses[edit | edit source]

  1. Yellow wavelengths help identify elements like sulfur.

See also[edit | edit source]

External links[edit | edit source]

{{Radiation astronomy resources}}