'Hubble space telescope' diaporamas de présentation

Galaxies This lesson deals with important topics relating to galaxies. Each of these topics represents a great body of knowledge and areas of interest to research.

Scientist Involvement in Education and Public Outreach Making the Case NASA/NSF Scientist Involvement in EPO

Vision-Based Control – 17224 AME 60656 For course information click below. “We don’t actually make robots; what we make are just ‘programmable machines’.” “We don’t actually make robots; what we make are just ‘programmable machines’.”

Discovering Our Solar System Take a voyage that will guide you through the planets ENTER csun The Solar System has nine planets that revolve around our Sun. The nine planets are: Mercury Venus Earth Mars Jupiter Saturn Uranus Neptune Pluto Next

Solar System Self Check Space Shuttles Neil Armstrong Space Exploration Neil Armstrong Solar System Self Check Space Shuttles Neil Armstrong

The Solar System Diane Vizzard Franklin Elementary At the center of our solar system is the sun. Nine planets orbit the sun.

POD Draw the image of Patrick through the lens below using a ray diagram. F F Targets Explain how a refracting telescope works. What are the key parts? Draw a sketch. Telescope Lab. Telescope Targets Describe the different types of telescopes. Explain how telescopes work.

Scientific Databases Lecture: Hubble Space Telescope Science Databases. Dr. Kirk Borne, GMU SCS November 11, 2003 GMU CSI 710. Outline. Introduction to the Information Age Data Mining - a target application area for scientific databases Hubble Space Telescope (HST) HST Databases

Stars. Star Field as seen through the Hubble Space Telescope. 2. Stars –. 1. Definition- a large gaseous body that generates energy through nuclear fusion in its core

Astronomical Imaging: Overview. When you think of a clear, dark night sky, what do you think of? The human visual system is fine-tuned to focus, detect, & process (= image) the particular wavelengths where the Sun emits most of its energy

STELLAR EVOLUTION. Once stars have been created, the time scales and other details of their evolution (and eventual fate) depend primarily on their initial mass, and secondarily on their initial composition.

Molecules. Two or more atoms joined together. They occur in atmospheres of cooler stars, cold clouds of gas, planets. Examples. H 2 = H + H CO = C + O CO 2 = C + O + O NH 3 = N + H + H + H (ammonia) CH 4 = C + H + H + H + H (methane). They have - electron energy levels (like atoms)

Electromagnetic Radiation and Telescopes. (How we get information about the cosmos and how we gather the information). Clicker Question. a) bend around corners and edges. b) separate into its component colors. c) bend through a lens. d) disperse within a prism. e) reflect off a mirror.

Geometrical Optics. Units . The Reflection of Light Forming Images with a Plane Mirror Spherical Mirrors Ray Tracing and the Mirror Equation The Refraction of Light Ray Tracing for Lenses The Thin-Lens Equation Dispersion and the Rainbow. The Reflection of Light.

강원대학교 자원개발연구소 세미나 – 2004 년 4 월 8 일. S ynthetic ? A perture ? R adar !. Systems and Signal Processing. 이 훈 열 강원대학교 지구물리학과. Synthetic Aperture Radar – Systems and Signal Processing. Radarrr rr rrr r rr r . Radio Detection and Ranging WW II, England. Military use

Chapter 27. Properties of Light. Models of Light. Newton introduced the particle theory. He said that light travels in straight lines unlike waves. . Models of Light. Huygen disagreed with Newton and said that light is a wave because it spreads out sometimes. . Models of Light.

Introduction to Stellar Evolution. 13.7 billion years ago, the Universe as we know it came to being as a result of what we call the “Big Bang”. At that time the Universe contained only protons and electrons. Eventually those protons and electrons combined to form Hydrogen and Helium.

Satellites. There are over 8,000 artificial objects orbiting the Earth. 2,500 are operative or inoperative satellites. The rest is junk….eg. hatch covers, rocket bodies, payloads that have disintegrated or exploded, and objects that are lost from manned spacecraft during operations. Sputnik I.

MEASURING DISTANCES IN ASTRONOMY. Basic Principles: Geometric methods Standard candles Standard rulers [the last two methods relate quantities that are independent of distance to quantities that depend on distance]. Parallax and Proper Motion.

Tools of an Astronomer. After School Astronomy Clubs Dorian Janney. How do we know what is out there in space?. We observe things in the night sky. We wonder about the things we observe. We design tools to use to learn about these things.