Class Notes for Astronomy at University of Toronto Scarborough (UTSC)
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ASTA02H3 Lecture Notes - Lecture 1: International Astronomical Union, Astronomical Unit, Tychonic System
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Introduction to astronomy and astrophysics ii: beyond the sun and. Light year: a light year is simply the distance that light travels in one year. The
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ASTA01H3 Lecture Notes - Lecture 2: Axial Tilt, Libration, Angular Diameter
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Asta01- chapter 2 user"s guide to the sky: patterns and cycles. Lecture 03: more than 2100 years ago, astronomer hipparchus compared a few of his star
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ASTA02H3 Lecture Notes - Lecture 3: Scientific Notation, Planck Constant, Parsec
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Finding how far the stars are: d (parsec) = 1/p (arcseconds) A parsec is equal to 206, 265 au or 3. 26 ly. By definition 1 parsec (pc) is the distance
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ASTA02H3 Lecture Notes - Lecture 2: Electromagnetic Spectrum, Black Body, Apparent Magnitude
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Waves of light, including visible and non-visible light. Amount of energy passing the unit area in a unit time. Measure of total amount of energy relea
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ASTA01H3 Lecture Notes - Observable Universe, Milky Way, Cosmic Calendar
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Asta01-chapter 1: the scale of the cosmos: space and time. 1. 1 from solar system to galaxy to universe. Lecture 01: astronomy is more than the study o
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ASTA01H3 Lecture Notes - Lecture 2: International Astronomical Union, Star Catalogue, Constellation
4
Whe(cid:374) (cid:455)ou look up at the sta(cid:396)s, (cid:455)ou look out th(cid:396)ough a la(cid:455)e(cid:396) of ai(cid:396) o(cid:374)l(cid:455)
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Lecture 2
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Tried to prove that earth was stationary was not in motion. Evidence: objects would be left behind by rotating or revolving earth. Moving earth would p
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