nov14
... Even though Saturn is less massive and nearly as big as Jupiter, it produces 25% more heat per kg than Jupiter. Also Saturn’s atmosphere has only 3.3% He to Jupiter’s 13.6% although we think the overall composition of the two planets is about the same. ...
... Even though Saturn is less massive and nearly as big as Jupiter, it produces 25% more heat per kg than Jupiter. Also Saturn’s atmosphere has only 3.3% He to Jupiter’s 13.6% although we think the overall composition of the two planets is about the same. ...
The Solar System
... • Io is stretched more, then less, then more, then less…etc for each and every 42hr orbit. • This converts orbital kinetic energy into thermal energy, heating the interior above the melting point of sulfur (239F or 115C), and it burbles up through cracks to make volcanoes. • Constant volcanic erupti ...
... • Io is stretched more, then less, then more, then less…etc for each and every 42hr orbit. • This converts orbital kinetic energy into thermal energy, heating the interior above the melting point of sulfur (239F or 115C), and it burbles up through cracks to make volcanoes. • Constant volcanic erupti ...
Written by Abby Cessna Eight Planets The eight planets in our Solar
... called terrestrial planets because they have a solid surface and are similar to Earth. These planets are composed of heavy metal, such as iron and nickel and have few or no moons. Mercury, the smallest planet, has no moons and is comprised mostly of iron and nickel. It is one of the densest planets ...
... called terrestrial planets because they have a solid surface and are similar to Earth. These planets are composed of heavy metal, such as iron and nickel and have few or no moons. Mercury, the smallest planet, has no moons and is comprised mostly of iron and nickel. It is one of the densest planets ...
a huge lake of hot liquid rock beneath the surface. This boiling hot
... normally be. This heat creates the hot springs, ...
... normally be. This heat creates the hot springs, ...
![The Giant Planets [10]](http://s1.studyres.com/store/data/008909740_1-d74bc574d1423862e5fa00f0e63be938-300x300.png)
The Giant Planets [10]
... • Jupiter ~3x more massive than Saturn, but only slightly larger. • Greater pressure Î greater density Îchanges in state of atoms, molecules. • For objects 3x more massive than Jupiter, increasing M Î decreasing R. • Sun is larger than Jupiter because it has an internal energy source to heat it up. ...
... • Jupiter ~3x more massive than Saturn, but only slightly larger. • Greater pressure Î greater density Îchanges in state of atoms, molecules. • For objects 3x more massive than Jupiter, increasing M Î decreasing R. • Sun is larger than Jupiter because it has an internal energy source to heat it up. ...
ppt version
... • Icy: Icy Moons, Kuiper Belt Objects, & Comets • Rocky: Giant Moons, Asteroids & Meteoroids ...
... • Icy: Icy Moons, Kuiper Belt Objects, & Comets • Rocky: Giant Moons, Asteroids & Meteoroids ...
Asteroids
... have been anything to write home about. It is estimated that if you put all the asteroids in the solar system together into one body, they would form an object less than half the size of our moon! Most asteroids in the Asteroid Belt have an orbital period of about 3-6 Earth years. This means that it ...
... have been anything to write home about. It is estimated that if you put all the asteroids in the solar system together into one body, they would form an object less than half the size of our moon! Most asteroids in the Asteroid Belt have an orbital period of about 3-6 Earth years. This means that it ...
Jupiter Eccentric Planets
... considering not only disk-planet interactions, but also planetplanet scattering and the Kozai migration The diversity of orbital distributions would be brought by the ...
... considering not only disk-planet interactions, but also planetplanet scattering and the Kozai migration The diversity of orbital distributions would be brought by the ...
Pluto
... 6:00-6:45 slot, and a 6:45-7:30 slot. • The final exam will have 75-100 questions. The exam will have questions related to the topics covered in the problems in lecture, problems on the quizzes, and problems on the first three exams. You will have 120 minutes to complete the exam (but I expect most ...
... 6:00-6:45 slot, and a 6:45-7:30 slot. • The final exam will have 75-100 questions. The exam will have questions related to the topics covered in the problems in lecture, problems on the quizzes, and problems on the first three exams. You will have 120 minutes to complete the exam (but I expect most ...
File
... The equatorial belts are bands of clouds moving with velocities up to 400 miles/hr. Wind direction alternates from one band to another. The light colored zones are regions of upward moving convective currents. The darker belts are made of downward sinking material. The two are therefore always fo ...
... The equatorial belts are bands of clouds moving with velocities up to 400 miles/hr. Wind direction alternates from one band to another. The light colored zones are regions of upward moving convective currents. The darker belts are made of downward sinking material. The two are therefore always fo ...
The Earth and Other Planets
... a quarter, grain of salt, pencil eraser, etc. As a group, students will predict which planet each object is similar to in size. Each group will share their predictions with the class. Then the class will have an introduction to Celestia – go around to each planet and observe unique features and char ...
... a quarter, grain of salt, pencil eraser, etc. As a group, students will predict which planet each object is similar to in size. Each group will share their predictions with the class. Then the class will have an introduction to Celestia – go around to each planet and observe unique features and char ...
DIY Solar System
... The Solar System consists of the Sun and eight planets, their moons, and other non-stellar objects, such as asteroids. The four smaller inner planets—Mercury, Venus, Earth and Mars, also called the terrestrial planets—are primarily composed of rock and metal. The four outer planets, called the gas g ...
... The Solar System consists of the Sun and eight planets, their moons, and other non-stellar objects, such as asteroids. The four smaller inner planets—Mercury, Venus, Earth and Mars, also called the terrestrial planets—are primarily composed of rock and metal. The four outer planets, called the gas g ...
The Pluto controversy: What`s a planet, anyway?
... Imagine a Solar System curriculum that begins with the concept of density—a big concept for third graders, but not inaccessible. Rocks and metals have high density. Balloons and beach balls have low density. Divide the inner and outer planets in this way, as cosmic examples of high and low density. ...
... Imagine a Solar System curriculum that begins with the concept of density—a big concept for third graders, but not inaccessible. Rocks and metals have high density. Balloons and beach balls have low density. Divide the inner and outer planets in this way, as cosmic examples of high and low density. ...
c. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune 3. c
... a. Mercury, Venus, Mars, Earth, Jupiter, Saturn, Neptune, Uranus b. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Neptune, Uranus c. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune d. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, Pluto 4. What do the four outer planets ...
... a. Mercury, Venus, Mars, Earth, Jupiter, Saturn, Neptune, Uranus b. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Neptune, Uranus c. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune d. Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, Pluto 4. What do the four outer planets ...
The Solar System
... • A non-luminous celestial body larger than an asteroid or comet, illuminated by light from a star, such as the sun, around which it revolves. A planet is a celestial body that • (a) is in orbit around the Sun, • (b) has sufficient mass for its self-gravity to overcome rigid body forces so that it a ...
... • A non-luminous celestial body larger than an asteroid or comet, illuminated by light from a star, such as the sun, around which it revolves. A planet is a celestial body that • (a) is in orbit around the Sun, • (b) has sufficient mass for its self-gravity to overcome rigid body forces so that it a ...
Today`s Powerpoint
... Shows growth of terrestrial planets. If Jupiter's gravity not included, fifth terrestrial planet forms in Asteroid Belt. If Jupiter's gravity included, orbits of planetesimals there are disrupted. Almost all ejected from Solar System. ...
... Shows growth of terrestrial planets. If Jupiter's gravity not included, fifth terrestrial planet forms in Asteroid Belt. If Jupiter's gravity included, orbits of planetesimals there are disrupted. Almost all ejected from Solar System. ...
The Outer Planets
... honor. It lasted seven days, and there was much merrymaking. Public business was suspended and schools were closed. Parents gave presents to their children. ...
... honor. It lasted seven days, and there was much merrymaking. Public business was suspended and schools were closed. Parents gave presents to their children. ...
here
... The Giant Planets • The radii are between about 4 and 11 times that of Earth. • The masses are between 14 and 318 times that of Earth. • However, the densities are between 0.7 and 1.8 grams/cc, and the albedos are high. • The planets are composed of light elements, mostly hydrogen and helium. ...
... The Giant Planets • The radii are between about 4 and 11 times that of Earth. • The masses are between 14 and 318 times that of Earth. • However, the densities are between 0.7 and 1.8 grams/cc, and the albedos are high. • The planets are composed of light elements, mostly hydrogen and helium. ...
Some SOLAR SYSTEM notes
... rocks collided to make planets. In the case of the `gas giant' planets, Jupiter, Saturn, Uranus and Neptune, the rocky cores were massive enough to also attract some of the gas. The outer layers of these planets are made up of hydrogen and other gases. So the Sun is the collapsed core of an interste ...
... rocks collided to make planets. In the case of the `gas giant' planets, Jupiter, Saturn, Uranus and Neptune, the rocky cores were massive enough to also attract some of the gas. The outer layers of these planets are made up of hydrogen and other gases. So the Sun is the collapsed core of an interste ...
The Nebular Theory - Teacher Site Home
... the solar system • astronomers think that other clumps that did not form into planets (or moons or ...
... the solar system • astronomers think that other clumps that did not form into planets (or moons or ...
Neptune Report - Darran Park Wiki Space
... Neptune is one of the eight planets in our Solar System. All these planets have one thing in common, they all orbit the sun. As far as we know there is no record of life on Neptune. The Planet:Neptune is the fourth biggest planet in our Solar System, about 60 earths can fit into Neptune. The diamete ...
... Neptune is one of the eight planets in our Solar System. All these planets have one thing in common, they all orbit the sun. As far as we know there is no record of life on Neptune. The Planet:Neptune is the fourth biggest planet in our Solar System, about 60 earths can fit into Neptune. The diamete ...
The JOVIAN PLANETS
... At pressures greater than 3 million atmospheres, H is squeezed so tightly that the atoms are separated into freely moving protons and electrons: liquid metallic hydrogen (LMH). LMH is highly conducting (the electrons are highly mobile) The combination of a metallic hydrogen interior and high rotati ...
... At pressures greater than 3 million atmospheres, H is squeezed so tightly that the atoms are separated into freely moving protons and electrons: liquid metallic hydrogen (LMH). LMH is highly conducting (the electrons are highly mobile) The combination of a metallic hydrogen interior and high rotati ...
Jupiter-up close - NRC Publications Archive
... rocket motor fired to slow the spacecraft down enough to be caught by the giant planet. Otherwise it would have shot past and gone off into deep space. The mission objective is to orbit Jupiter in a highly-elliptical path, taking it close in and far out, and to tell us more about the biggest planet ...
... rocket motor fired to slow the spacecraft down enough to be caught by the giant planet. Otherwise it would have shot past and gone off into deep space. The mission objective is to orbit Jupiter in a highly-elliptical path, taking it close in and far out, and to tell us more about the biggest planet ...