Credit/Permission: For text, © David Jeffery. For figures etc., as specified with the figure etc. / Only for reading and use by the instructors and students of the UNLV astronomy laboratory course.
This is a lab without observations.
Status: Lab X is under construction and has NOT been beta-tested. Refinements and updates will come as needed.
Sections
We touch on the following topics:
Tasks: , , , , , .
Some of the Tasks can be completed ahead of the lab period. Doing some of them ahead of lab period would be helpful.
The Lab Exercise itself is NOT printed in the lab ever. That would be killing forests and the Lab Exercise is designed to be a web active document.
You can print a copy on your own printer if you like.
General remarks about quiz prep are given at Quiz Preparation.
For DavidJ's lab sections, the quiz prep is doing all the items listed here and self-testing with the Prep Quiz if it exists.
However to complement and/or supplement the reading, you should read a SUFFICIENT
amount of the articles linked to the following keywords etc. so that you can
define and/or understand the keywords etc. at the level of our class:
A longer and list of keywords which you are NOT required to looke at---but it would be useful to do so---is:
accelerating universe,
Alan Guth (1947--),
Alexander Alexandrovich Friedmann (1888--1925),
Alexei Starobinsky (1948--),
Andrei Linde (1948--),
Big Bang,
concordance model (AKA Lambda-CDM model)
(Wikipedia: Concordance model: Parameters),
cosmic history,
cosmic microwave background (CMB),
cosmic time,
cosmological constant,
cosmological principle,
cosmological redshift,
dark energy,
dark matter,
Doppler effect,
Doppler shift,
Edwin Hubble (1889--1953),
expanding universe,
Future of the expanding universe: Graphical timeline,
galaxies,
galaxy clusters,
galaxy superclusters,
general relativity,
George Gamow (1904-1968),
Georges Lemaitre (1894--1966),
history of cosmology,
Hubble constant,
Hubble's law,
Inflation,
Knut Lundmark (1889--1958),
large-scale structure of the universe,
multiverse,
observable universe,
particle horizon,
pocket universe,
quantum cosmology,
recession velocity,
recombination epoch,
redshift,
Timeline of the Big Bang,
Vesto Slipher (1875--1969).
accelerating universe,
Alan Guth (1947--),
Alexander Alexandrovich Friedmann (1888--1925),
Alexei Starobinsky (1948--),
Andrei Linde (1948--),
Big Bang,
concordance model (AKA Lambda-CDM model)
(Wikipedia: Concordance model: Parameters),
cosmic history,
cosmic microwave background (CMB),
cosmic time,
cosmological constant,
cosmological principle,
cosmological redshift,
dark energy,
dark matter,
Doppler effect,
Doppler shift,
Edwin Hubble (1889--1953),
expanding universe,
Future of the expanding universe: Graphical timeline,
galaxies,
galaxy clusters,
galaxy superclusters,
general relativity,
George Gamow (1904-1968),
Georges Lemaitre (1894--1966),
history of cosmology,
Hubble constant,
Hubble's law,
Inflation,
Knut Lundmark (1889--1958),
large-scale structure of the universe,
multiverse,
observable universe,
particle horizon,
pocket universe,
quantum cosmology,
recession velocity,
recombination epoch,
redshift,
Timeline of the Big Bang,
Vesto Slipher (1875--1969).
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SN 1993J -0.000113(13) -34(4)
SN 1994Y 0.00850(19) 2548.2(57.0)
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Any that are semester-section-specific will have to added as needed.
Comments: