Mountain Skies March 7 2016
... really appear to be only six bright stars in this cluster but a telescope or even a pair of binoculars reveals hundreds of fainter stars. Some people think the Pleiades cluster is shaped like a dipper and mistake it for the Little Dipper. But the Little Dipper is in the north, in the Little Bear, an ...
... really appear to be only six bright stars in this cluster but a telescope or even a pair of binoculars reveals hundreds of fainter stars. Some people think the Pleiades cluster is shaped like a dipper and mistake it for the Little Dipper. But the Little Dipper is in the north, in the Little Bear, an ...
Chapter 1
... Meteorites, Meteors, and Meteoroids They all start off in space. They are like asteroids, but smaller. They all start as meteoroids. They are chunks of rock in space. When they enter our atmosphere, they burn. Those burning are called meteors. Most burn until there is nothing left. If there is some ...
... Meteorites, Meteors, and Meteoroids They all start off in space. They are like asteroids, but smaller. They all start as meteoroids. They are chunks of rock in space. When they enter our atmosphere, they burn. Those burning are called meteors. Most burn until there is nothing left. If there is some ...
title of lesson plan - Discovery Education
... with a highly eccentric orbit, and that often, when in the part of its orbit near the sun, develops a long tail that points away from the sun. Context: The massive gravitational pull of Jupiter drew the comet Shoemaker-Levy into a collision course with the planet. galaxy Any of the very large groups ...
... with a highly eccentric orbit, and that often, when in the part of its orbit near the sun, develops a long tail that points away from the sun. Context: The massive gravitational pull of Jupiter drew the comet Shoemaker-Levy into a collision course with the planet. galaxy Any of the very large groups ...
Our Solar System - sci9sage-wmci
... new star. From within this disk, small bodies began to form, growing into the planets, moons, asteroids, and comets that make up the solar system. This process, astronomers believe, is how other star-and-planet systems in the universe have formed as well. ...
... new star. From within this disk, small bodies began to form, growing into the planets, moons, asteroids, and comets that make up the solar system. This process, astronomers believe, is how other star-and-planet systems in the universe have formed as well. ...
Astronomy in Ancient Cultures
... These are the things ancient cultures could observe, without the aid of technology! (The Sun, Mercury, Venus, Mars, Jupiter, Saturn, Meteors, Comets, and Stars.) Astronomy is the oldest science. There is evidence of crude astronomy even in prehistoric times. Early astronomy was about observing the m ...
... These are the things ancient cultures could observe, without the aid of technology! (The Sun, Mercury, Venus, Mars, Jupiter, Saturn, Meteors, Comets, and Stars.) Astronomy is the oldest science. There is evidence of crude astronomy even in prehistoric times. Early astronomy was about observing the m ...
15 - Edmodo
... Using pages 300-301 in your Investigating Science 9 textbook, draw a labeled Hertzsprung diagram below: (7 Marks) ...
... Using pages 300-301 in your Investigating Science 9 textbook, draw a labeled Hertzsprung diagram below: (7 Marks) ...
Skywatch Astro Ed Dec13
... of other stars, then hurled into space as the stars died, where they could be incorporated into new stars. Population II stars formed when there were almost no heavier elements around, so they have only tiny amounts of them. But Population I stars, like the Sun, are younger, so they have higher prop ...
... of other stars, then hurled into space as the stars died, where they could be incorporated into new stars. Population II stars formed when there were almost no heavier elements around, so they have only tiny amounts of them. But Population I stars, like the Sun, are younger, so they have higher prop ...
LETTERS A giant planet orbiting the ‘extreme horizontal
... S. Kawaler15, D. Kurtz16, P. Moskalik17, R. Riddle18 & S. Zola14,19 ...
... S. Kawaler15, D. Kurtz16, P. Moskalik17, R. Riddle18 & S. Zola14,19 ...
(the largest solar system planet) represents at
... comparison of each planet. Draw the scaled sized version along with the accurate distance from the sun as outlined in #3. 5. Color each planet and label the following features on your scale model of the solar system ...
... comparison of each planet. Draw the scaled sized version along with the accurate distance from the sun as outlined in #3. 5. Color each planet and label the following features on your scale model of the solar system ...
STAAR Review – Week Ten
... 12. In the center of the Milky Way is a large bulge of stars. Within this bulge lies a black hole. The Sun is located – a. outside of the Milky Way. b. in the large bulge of stars near the center of the Milky Way. c. in the black hole in the center of the Milky Way. d. near the edge of the Milky Way ...
... 12. In the center of the Milky Way is a large bulge of stars. Within this bulge lies a black hole. The Sun is located – a. outside of the Milky Way. b. in the large bulge of stars near the center of the Milky Way. c. in the black hole in the center of the Milky Way. d. near the edge of the Milky Way ...
Please jot down or ponder your answers. 1. What causes seasons
... What is a dwarf planet? Dwarf planets are round like planets. And they are smaller. But the space around them is full of similar small objects. The space around planets is mostly empty. Dwarf planets can be in either the Asteroid belt or the Kuiper belt. ...
... What is a dwarf planet? Dwarf planets are round like planets. And they are smaller. But the space around them is full of similar small objects. The space around planets is mostly empty. Dwarf planets can be in either the Asteroid belt or the Kuiper belt. ...
Astronomy practice questions for 3-6 test
... 18. Using the same diagram as for #17, assume that the brightness goes from 100% to 98% in the case of the G dwarf and from 100% to 85% in the case of the M dwarf. What is the radi ...
... 18. Using the same diagram as for #17, assume that the brightness goes from 100% to 98% in the case of the G dwarf and from 100% to 85% in the case of the M dwarf. What is the radi ...
Planetary System Formation, Extrasolar Planets, Life in the Universe
... If all stars (in some mass range) have on average 2 planets with R = Rearth orbiting between 0.5 au and 1.5 au, ~50 will be detected. Likely to provide first clue as to how common habitable planets are. Possible that gravitational lensing (even less direct method, discussed next semester) will find ...
... If all stars (in some mass range) have on average 2 planets with R = Rearth orbiting between 0.5 au and 1.5 au, ~50 will be detected. Likely to provide first clue as to how common habitable planets are. Possible that gravitational lensing (even less direct method, discussed next semester) will find ...
Unit 2 - WordPress.com
... The Universe is about 14 billion years old. The Big Bang formed the universe. The Big Bang was a big explosion. We don’t know why it happened. The universe is very big and it is getting bigger every day, just like you. The universe is made up of everything – planets, solar systems, galaxies and blac ...
... The Universe is about 14 billion years old. The Big Bang formed the universe. The Big Bang was a big explosion. We don’t know why it happened. The universe is very big and it is getting bigger every day, just like you. The universe is made up of everything – planets, solar systems, galaxies and blac ...
the interstellar medium - Howard University Physics and Astronomy
... • Water (H2O), currently mostly liquid in Earth’s oceans, has about 300 times the mass of Earth’s current atmosphere. If temperatures on the early Earth were sufficiently high, H2O would have been the primary constituent of the atmosphere (about 300 bars), followed by CO2 (70 to 90 bars). • Most of ...
... • Water (H2O), currently mostly liquid in Earth’s oceans, has about 300 times the mass of Earth’s current atmosphere. If temperatures on the early Earth were sufficiently high, H2O would have been the primary constituent of the atmosphere (about 300 bars), followed by CO2 (70 to 90 bars). • Most of ...
Skinner Chapter 2
... 50. Why do the giant planets possess much more volatile and icy material and mass than do the terrestrial planets? 51. The four key factors controlling the evolution of a planet are (1) melting, (2) volcanism, (3) distance from the Sun, and (4) the ...
... 50. Why do the giant planets possess much more volatile and icy material and mass than do the terrestrial planets? 51. The four key factors controlling the evolution of a planet are (1) melting, (2) volcanism, (3) distance from the Sun, and (4) the ...
Answer - Brock physics
... (b) are clusters that win more than one galactic Super Bowl. (c) are extremely large galaxy clusters. (d) * are formed of clusters of galaxies grouped together. 38. Olbers’s paradox states that if you make a few simple assumptions then you can conclude that (a) * the night sky should not be dark. (b ...
... (b) are clusters that win more than one galactic Super Bowl. (c) are extremely large galaxy clusters. (d) * are formed of clusters of galaxies grouped together. 38. Olbers’s paradox states that if you make a few simple assumptions then you can conclude that (a) * the night sky should not be dark. (b ...
Introductory Astrophysics
... Copernicus (cont.) • Predictions of existing observations are not better than Ptolemy’s!! ...
... Copernicus (cont.) • Predictions of existing observations are not better than Ptolemy’s!! ...
Quiz4 - UNLV Physics
... A) It is the same size and mass. B) It is about 10 times larger both in size and mass. C) It is about 10 times larger in size and the same mass. D) It is about the same size but is 10 times more massive. E) Jupiter doesn't have a core!it is made entirely from hydrogen and helium. Answer: D ...
... A) It is the same size and mass. B) It is about 10 times larger both in size and mass. C) It is about 10 times larger in size and the same mass. D) It is about the same size but is 10 times more massive. E) Jupiter doesn't have a core!it is made entirely from hydrogen and helium. Answer: D ...
Pretest
... apparent brightness of its headlights (on low or high). 21. Low-mass stars have longer lifetimes than do high-mass stars because low-mass stars use up their fuel much more slowly. 22. Because of high temperatures in the inner solar system, most gases escaped the gravity of planets forming in this re ...
... apparent brightness of its headlights (on low or high). 21. Low-mass stars have longer lifetimes than do high-mass stars because low-mass stars use up their fuel much more slowly. 22. Because of high temperatures in the inner solar system, most gases escaped the gravity of planets forming in this re ...
The Solar System Solar System Today (Not to Scale) Inner Planets
... • Work with a partner or two • Read directions and answer all questions carefully. Take time to understand it now! • Come to a consensus answer you all agree on before moving on to the next question. ...
... • Work with a partner or two • Read directions and answer all questions carefully. Take time to understand it now! • Come to a consensus answer you all agree on before moving on to the next question. ...
star
... large that the unit used to measure distance is a light-year Light-year – the distance light will travel in a vacuum in one year 1light-year = 9,460,730,472,580.8 km (9.5x1012km) or 5,878,625,373,183.608 miles ...
... large that the unit used to measure distance is a light-year Light-year – the distance light will travel in a vacuum in one year 1light-year = 9,460,730,472,580.8 km (9.5x1012km) or 5,878,625,373,183.608 miles ...
File
... THE GIANT GAS PLANETS There are four outer planets: Jupiter, Saturn, Uranus, and Neptune. These planets are often called the gas giants. Unlike Earth, they do not have a solid surface, but rather are made mostly of helium and hydrogen with a small, rocky core in the center. The giant gas planets al ...
... THE GIANT GAS PLANETS There are four outer planets: Jupiter, Saturn, Uranus, and Neptune. These planets are often called the gas giants. Unlike Earth, they do not have a solid surface, but rather are made mostly of helium and hydrogen with a small, rocky core in the center. The giant gas planets al ...
Planetary system
A planetary system is a set of gravitationally bound non-stellar objects in orbit around a star or star system. Generally speaking, systems with one or more planets constitute a planetary system, although such systems may also consist of bodies such as dwarf planets, asteroids, natural satellites, meteoroids, comets, planetesimals and circumstellar disks. The Sun together with its planetary system, which includes Earth, is known as the Solar System. The term exoplanetary system is sometimes used in reference to other planetary systems.A total of 1968 exoplanets (in 1248 planetary systems, including 490 multiple planetary systems) have been identified as of 1 October 2015.Of particular interest to astrobiology is the habitable zone of planetary systems where planets could have surface liquid water.