S1_Testbank
... E) noon Answer: C 12) What is the hour angle of a star crossing your meridian? A) -6 hours B) 0 hours C) 6 hours D) It depends on your latitude. E) It depends on the right ascension of the star. Answer: B 13) Suppose you lived at Earth's equator. Which of the following statements would not be true? ...
... E) noon Answer: C 12) What is the hour angle of a star crossing your meridian? A) -6 hours B) 0 hours C) 6 hours D) It depends on your latitude. E) It depends on the right ascension of the star. Answer: B 13) Suppose you lived at Earth's equator. Which of the following statements would not be true? ...
supplemental educational materials PDF
... pass by the Sun only once or that repeatedly bring them through the solar system (as in the 76-year orbit of Halley’s Comet). A comet’s “signature” long, glowing tail Continued … ...
... pass by the Sun only once or that repeatedly bring them through the solar system (as in the 76-year orbit of Halley’s Comet). A comet’s “signature” long, glowing tail Continued … ...
Document
... This size range includes the four inner planets as well as seven planetary satellites. ...
... This size range includes the four inner planets as well as seven planetary satellites. ...
photosphere
... • Below is a model 3-level hydrogen atom. Each of the circles represents an energy level/ orbit around the nucleus, from the ground state (n = 1) to the second excited state (n= 3). The spacing of each circle is proportional to the energy of each orbit. The arrows represent electron transitions. Wh ...
... • Below is a model 3-level hydrogen atom. Each of the circles represents an energy level/ orbit around the nucleus, from the ground state (n = 1) to the second excited state (n= 3). The spacing of each circle is proportional to the energy of each orbit. The arrows represent electron transitions. Wh ...
Regents and MidTerm Prep Answers
... 5. How many degrees of longitude are in each time zone? _______15 DEGREES____ 6. As you go east, the time does __________INCREASE________________ 7. As you go west, the time gets ________LESS________________ 8. If its 6:00am at point 1, what time is it at point 2? ______9:00AM________________ 9. If ...
... 5. How many degrees of longitude are in each time zone? _______15 DEGREES____ 6. As you go east, the time does __________INCREASE________________ 7. As you go west, the time gets ________LESS________________ 8. If its 6:00am at point 1, what time is it at point 2? ______9:00AM________________ 9. If ...
Chapter 2: Earth in Space - Information Services and Technology
... of several distant objects that were similar size or larger than Pluto • International Astronomical Union (IAU) could either 1. Consider the new objects as new planets OR 2. Classify the new objects – and Pluto – as a new group of objects ...
... of several distant objects that were similar size or larger than Pluto • International Astronomical Union (IAU) could either 1. Consider the new objects as new planets OR 2. Classify the new objects – and Pluto – as a new group of objects ...
The 11th Sci-Tech Talk in English
... Dwarf planet In 2006, at the 26th General Assembly, the IAU officially defined a planet Orbits around the sun (or another star) Has enough gravity to be spherical (-ish) Needs to have cleared the neighbourhood of its orbit Pluto was declared a ‘dwarf planet’. ...
... Dwarf planet In 2006, at the 26th General Assembly, the IAU officially defined a planet Orbits around the sun (or another star) Has enough gravity to be spherical (-ish) Needs to have cleared the neighbourhood of its orbit Pluto was declared a ‘dwarf planet’. ...
equato equator - Universal Workshop
... ascending node again 2.6 hours earlier, in only 27.21222 days. This is called the nodical (or nodal or draconic) month. As we look out at the Moon, and map it against the sky, we see it each month cross the ecliptic 1.44° farther back. Of course, both the ascending node and the descending node move ...
... ascending node again 2.6 hours earlier, in only 27.21222 days. This is called the nodical (or nodal or draconic) month. As we look out at the Moon, and map it against the sky, we see it each month cross the ecliptic 1.44° farther back. Of course, both the ascending node and the descending node move ...
Penn State Astronomy 11 Laboratory
... A. Along with this laboratory packet, you need to purchase a planisphere from the bookstore which will help you to locate stars and constellations this semester. You will also need a calculator capable of scientific notation, and a small flashlight with some type of red filter on it (i.e., covered w ...
... A. Along with this laboratory packet, you need to purchase a planisphere from the bookstore which will help you to locate stars and constellations this semester. You will also need a calculator capable of scientific notation, and a small flashlight with some type of red filter on it (i.e., covered w ...
The Neptune Trojans: a window on the birth of the solar system
... even objects discovered in the past decade might revolutionize our understanding of the formation and evolution of the solar system, as well as provide answers to key questions about its current state. These seven objects comprise the known Neptune Trojans – first members of a population postulated ...
... even objects discovered in the past decade might revolutionize our understanding of the formation and evolution of the solar system, as well as provide answers to key questions about its current state. These seven objects comprise the known Neptune Trojans – first members of a population postulated ...
File - Mr. Gray`s Class
... Just a little smaller than Jupiter, but still much bigger than the Earth, Saturn is distinguished by a large and complex ring system. Saturn is not unique in having rings- we now know that Jupiter, Uranus, and Neptune have them as well - but its system of rings and ringlets is so huge that it would ...
... Just a little smaller than Jupiter, but still much bigger than the Earth, Saturn is distinguished by a large and complex ring system. Saturn is not unique in having rings- we now know that Jupiter, Uranus, and Neptune have them as well - but its system of rings and ringlets is so huge that it would ...
The Main Point Comets are
... They are brought closer to the Sun by frequent encounters with Jupiter and other giant planets – Fragments, remnants become the small short period comets ...
... They are brought closer to the Sun by frequent encounters with Jupiter and other giant planets – Fragments, remnants become the small short period comets ...
The Sun and Stars 4.1 Energy formation and layers of the Sun 4.2
... Technology has not advanced far enough for us to travel even close to the speed of light. Nor has anything been identified that can travel at this speed other than the photons of light energy. Though it is easy to believe that the light from stars reaches us "instantaneously," like that of a light b ...
... Technology has not advanced far enough for us to travel even close to the speed of light. Nor has anything been identified that can travel at this speed other than the photons of light energy. Though it is easy to believe that the light from stars reaches us "instantaneously," like that of a light b ...
Universal Gravitation Chapter 13
... and the planets, but a clear understanding of the forces related to these motions was not available. In that year, Isaac Newton provided the key that unlocked the secrets of the heavens. He knew, from his first law, that a net force had to be acting on the Moon because without such a force the Moon ...
... and the planets, but a clear understanding of the forces related to these motions was not available. In that year, Isaac Newton provided the key that unlocked the secrets of the heavens. He knew, from his first law, that a net force had to be acting on the Moon because without such a force the Moon ...
Detection of water ice on Nereid
... We report the detection of the 1.5 and 2.0 mm absorption bands of water ice in the near-infrared reflection spectrum of Neptune’s distant irregular satellite Nereid. The spectrum and albedo of Nereid appear intermediate between those of the Uranian satellites Umbriel and Oberon, suggesting a surface ...
... We report the detection of the 1.5 and 2.0 mm absorption bands of water ice in the near-infrared reflection spectrum of Neptune’s distant irregular satellite Nereid. The spectrum and albedo of Nereid appear intermediate between those of the Uranian satellites Umbriel and Oberon, suggesting a surface ...
Chapter 8 Moons, Rings, and Plutoids
... 8.5 Beyond Neptune • The first Kuiper belt objects were observed in the 1990s, and more than 1200 are now known. Some of them are comparable in size to Pluto. • These images show Eris and its moon Dysnomia. ...
... 8.5 Beyond Neptune • The first Kuiper belt objects were observed in the 1990s, and more than 1200 are now known. Some of them are comparable in size to Pluto. • These images show Eris and its moon Dysnomia. ...
File
... Scientists have studied stars to discover how stars evolve. They know that stars form in a nebula when clouds of dust and gas are pulled together by gravity. Describe how this process continues for stars much more massive than the Sun. ...
... Scientists have studied stars to discover how stars evolve. They know that stars form in a nebula when clouds of dust and gas are pulled together by gravity. Describe how this process continues for stars much more massive than the Sun. ...
M sin i
... Why are stars with planets more metal-rich? 1. The high metallicities are primordial, and favor the formation of planets simply because there is more heavy material for them. 2. The high metallicities are primordial and make it more probable that the planets migrate, making them easier to detect. 3. ...
... Why are stars with planets more metal-rich? 1. The high metallicities are primordial, and favor the formation of planets simply because there is more heavy material for them. 2. The high metallicities are primordial and make it more probable that the planets migrate, making them easier to detect. 3. ...
ISNS3371_041007_bw
... planet in the year 1995. – A planet was discovered in orbit around the star 51 Pegasi. – Over 100 such extrasolar planets are now known to exist. ...
... planet in the year 1995. – A planet was discovered in orbit around the star 51 Pegasi. – Over 100 such extrasolar planets are now known to exist. ...
1. Uranus and Neptune
... Once Neptune’s actual distance (about 2,792 million miles from the Sun or about thirty times our own distance from the Sun) was determined and its size and motions all worked out, its gravitational pull on Uranus could be calculated. And behold, Uranus’s supposed error in motion was explained away. ...
... Once Neptune’s actual distance (about 2,792 million miles from the Sun or about thirty times our own distance from the Sun) was determined and its size and motions all worked out, its gravitational pull on Uranus could be calculated. And behold, Uranus’s supposed error in motion was explained away. ...
Seasons and the Appearance of the Sky
... © 2007 Pearson Education Inc., publishing as Pearson Addison-Wesley ...
... © 2007 Pearson Education Inc., publishing as Pearson Addison-Wesley ...
1. INTRODUCTION
... (cf. Fig. 6, Butler & JUP Marcy 1997 ; Marcy et al. 2000). The planet candidates detected from precision radial velocity surveys reveal a mass distribution that rises toward lower masses, from D8 to 0.4 M , which is the lowest JUP M sin i currently detected. Remarkably, all 12 planets that orbit bey ...
... (cf. Fig. 6, Butler & JUP Marcy 1997 ; Marcy et al. 2000). The planet candidates detected from precision radial velocity surveys reveal a mass distribution that rises toward lower masses, from D8 to 0.4 M , which is the lowest JUP M sin i currently detected. Remarkably, all 12 planets that orbit bey ...
Orrery
An orrery is a mechanical model of the solar system that illustrates or predicts the relative positions and motions of the planets and moons, usually according to the heliocentric model. It may also represent the relative sizes of these bodies; but since accurate scaling is often not practical due to the actual large ratio differences, a subdued approximation may be used instead. Though the Greeks had working planetaria, the first orrery that was a planetarium of the modern era was produced in 1704, and one was presented to Charles Boyle, 4th Earl of Orrery — whence came the name. They are typically driven by a clockwork mechanism with a globe representing the Sun at the centre, and with a planet at the end of each of the arms.