'Kepler' diaporamas de présentation

Chapter 3: The Newtonian Revolution and the Discovery of Natural Law. Ptolemy vs Copernicus Tycho Brahe’s observations Kepler and the planetary laws Galileo: the telescope, foundations of mechanics. Motions of the Planets.

Highlights of MAST Activities. Rick White MAST Users Group 2009 July 9. Past & Projected Growth. Searches per month. MAST Data & Usage Growth. Growth in Usage. HST Publication Statistics.

Chapter 12 Gravitation. apple. mg. . C. earth. m 1. m 2. F 12. F 21. r.

Physics for Scientists and Engineers, 6e. Chapter 13 - Universal Gravitation. The Moon remains in its orbit around the Earth rather than falling to the Earth because. it is outside of the gravitational influence of the Earth

Chapter 6 Scientific Revolution & Enlightenment. World History.

Phys/ Geog 182 Week 6 ( Mon . class) Gravitation and the Motion of the Planets of the Solar System. The Copernican Revolution. The model of the Greeks (attributed primarily to Ptolemy) had the Earth at the center of everything.

Learning Objectives. Uncertainty. To appreciate that all physical readings contain may contain errors and hence there is uncertainty To be able to conduct basic uncertainty calculations To be able to use key terms such as accurate, precise and reliable correctly.

Kepler’s Laws. 1. Planets have an elliptical orbit 2. Equal time sweeps out equal area 3. Time squared = distance cubed. Kepler’s Third Law. Time squared = distance cubed Time = years to revolve around the Sun Distance is from the Sun to the planet of interest (Astronomical Units – AU)

Week 5 Wed. Orbits and Gravity OpenStax Astronomy Ch. 3. Johannes Kepler and the Laws of Planetary Motion.

Kepler’s Laws. Why you can get there from here. Goals. Kepler: Astrologer turned Astronomer. Kepler’s Laws. Proof of Kepler’s Laws. Astrology to Astronomy.

The Milky Way and Beyond. Galaxies and the Larger Scale Structure of the Cosmos. The Milky Way. Our Home Galaxy We live on the “fringes” 75% of the distance out from center Our solar systems makes one orbit of Galactic center every 250 million years!

Stellar Properties. List of useful properties for understanding how stars work The are….?. More or less in order of importance…. Mass Luminosity Size Surface temperature Chemical composition Distance, brightness. Want distance? Measure the parallax angle….

Astronomy Review. What is this phase of the moon?. a. Third or Last Quarter Moon b. Waxing crescent Moon c. First Quarter Moon d. Full Moon e. New Moon. The rotation of the Earth on its axis causes . . . a. the Sun to appear to rise, travel through the sky, and then set.

The G alactic E xoplanet S urvey T elescope ( GEST ). D. Bennett (Notre Dame), J. Bally (Colorado), I. Bond (Auckland), E. Cheng (GSFC), K. Cook (LLNL), D. Deming, (GSFC) P. Garnavich (Notre Dame), K. Griest (UCSD), D. Jewitt (Hawaii), N. Kaiser (Hawaii), T. Lauer (NOAO),

Spectral Properties of Superflare Stars, KIC 9766237, and KIC 9944137. Daisaku Nogami (Kyoto University). Collaborators: K. Shibata, H. Maehara , S. Honda, T. Shibayama , S. Notsu , Y. Notsu , T. Nagao, H. Isobe , A. Hillier, A. Choudhuri , T. Ishii.

Final Exam schedule has been published… PHYS 214 : Saturday May 8th at 10:20 am-12:20 pm Room 112, Physics .

Exoplanets. "Somewhere, something incredible is waiting to be known.” - Carl Sagan. Other Worlds?. For years people have wondered if other worlds exist outside our solar system. Epicurus (300 B.C.)

GPU Parallel Execution Model / Architecture . Sarah Tariq, NVIDIA Developer Technology Group. GPGPU Revolutionizes Computing Latency Processor + Throughput processor. CPU. GPU. Low Latency or High Throughput?. CPU Optimized for low-latency access to cached data sets

( Created by: Zsolt Sandor & Peter Klagyivik , Eötvös Lorand University) . Secular Perturbations. Eccentric and Mean anomalies Kepler’s equation f,g functions Universal variables for hyperbolic and eccentric orbits Disturbing function

SUPA Astronomy & Space Physics Graham Woan University of Glasgow. Astronomy and Space Physics in Scotland. Scottish Universities Physics Alliance. SUPA institutions carry out world-leading astronomical research over a broad range of topics: