Our Place in the Universe
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1 Our Place in the Universe
2 Our Place in the Universe Cosmology -- the study of the origin, evolution, and eventual fate of the Universe. Universe -- All matter and energy, including the Earth, the galaxies, and the contents of intergalactic space, regarded as a whole.
3 Where are we right now?
4 Where are we right now?
5 Where are we right now?
6 Where are we right now?
7 Where are we right now?
8 Where are we right now?
9 Where are we right now?
10 Where are we right now?
11 Where are we right now?
12 Where are we right now?
13 Where are we right now? Solar System the Sun and all the objects that orbit it. Star System consists of a star (sometimes more than one star) and all the objects that orbit it.
14 Where are we right now?
15 Where are we right now? Alpha Centauri the Sun s closest neighboring stars.
16 Where are we right now?
17 Where are we right now?
18 Where are we right now? Galaxy A huge collection of anywhere from a few hundred million to more than a trillion stars, all bound together by gravity and orbiting a common center.
19 Where are we right now?
20 Where are we right now? Local Group -- the group of about 40 galaxies to which the Milky Way Galaxy belongs.
21 Where are we right now? Nearly every spot of light in this photograph is a galaxy containing billions of stars.
22 Where are we right now? Nearly every spot of light in this photograph is a galaxy containing billions of stars. TWrT
23 Where are we right now? Nearly every spot of light in this photograph is a galaxy containing billions of stars. TWrT 1) How many stars do you think are in the Universe?
24 Where are we right now? Nearly every spot of light in this photograph is a galaxy containing billions of stars. TWrT 1) How many stars do you think are in the Universe? 2) How many Earth-like planets do you think exist in the Universe?
25 Where are we right now? Nearly every spot of light in this photograph is a galaxy containing billions of stars. TWrT 1) How many stars do you think are in the Universe? 2) How many Earth-like planets do you think exist in the Universe? 3) What do you think the probability is that there might be another planet in the Universe that has life on it?
26 Length Scales in the Cosmos
27 Length Scales in the Cosmos
28 Length Scales in the Cosmos
29 Length Scales in the Cosmos 384,000 km
30 Length Scales in the Cosmos 5,906,000,000 km
31 Length Scales in the Cosmos
32 Length Scales in the Cosmos 950,000,000,000,000,000 km
33 Length Scales in the Cosmos Speed of light 2.98 x 10 8 m/s
34 Length Scales in the Cosmos Speed of light 2.98 x 10 8 m/s Light second the distance light travels in 1 second (2.98 x 10 5 km)
35 Length Scales in the Cosmos Speed of light 2.98 x 10 8 m/s Light second the distance light travels in 1 second (2.98 x 10 5 km) Light year the distance light travels in 1 year (9.46 x 10 9 km)
36 Length Scales in the Cosmos Speed of light 2.98 x 10 8 m/s Light second the distance light travels in 1 second (2.98 x 10 5 km) Light year the distance light travels in 1 year (9.46 x 10 9 km) Note: Light seconds & light years are not time scales. They are distances!
37 Length Scales in the Cosmos 1.25 light seconds
38 Length Scales in the Cosmos 100,000 light years
39 Length Scales in the Cosmos 28,000 light years 100,000 light years
40 Length Scales in the Cosmos 2.5 million light years
41 Length Scales in the Cosmos TWrT
42 Length Scales in the Cosmos TWrT 1) Why did astronomers decide to invent the light year?
43 Length Scales in the Cosmos TWrT 1) Why did astronomers decide to invent the light year? 2) In light years, how large do you think the Universe is?
44 Size in the Cosmos
45 Size in the Cosmos
46 Size in the Cosmos
47 Size in the Cosmos Planet -- A moderately large object that orbits a star and shines primarily by reflecting light from its star.
48 Size in the Cosmos
49 Size in the Cosmos Moon -- An object that orbits a planet. Satellite -- Any object that orbits another object.
50 Size in the Cosmos
51 Size in the Cosmos
52 Size in the Cosmos
53 Size in the Cosmos Star -- A large, glowing ball of gas that generates heat and light through nuclear fusion in its core.
54 Size in the Cosmos
55 Size in the Cosmos
56 Size in the Cosmos TWrT
57 TWrT Size in the Cosmos 1) Come up with an analogy to make your younger brother (sister, cousin, etc.) understand how small we are compared to super-massive stars.
58 TWrT Size in the Cosmos 1) Come up with an analogy to make your younger brother (sister, cousin, etc.) understand how small we are compared to super-massive stars. 2) Come up with an analogy to describe how small we are compared to the whole Universe.
59 Bibliography for photos: Size in the Cosmos g EIA9wbw70dw/TykunnDx4hI/AAAAAAAAAIo/Io5Sa_c1kSY/s1600/From+Sun+to+Alpha+Ce ntauri.jpg
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Star Systems and Galaxies Why Does the Milky Way Look Hazy? 1. Using a pencil, carefully poke at least 20 holes close together in a sheet of white paper. 2. Tape the paper to a chalkboard or dark-colored