Level 1 internal assessment resource
... The new moons of Jupiter and Saturn have been discovered in the last few years because we have better telescopes in space like the Hubble telescope and we have sent satellites to both Jupiter and Saturn. The Hubble telescope is outside the Earth’s atmosphere and not subjected to atmospheric fluctuat ...
... The new moons of Jupiter and Saturn have been discovered in the last few years because we have better telescopes in space like the Hubble telescope and we have sent satellites to both Jupiter and Saturn. The Hubble telescope is outside the Earth’s atmosphere and not subjected to atmospheric fluctuat ...
CHAPTER 20
... depth of about 10,000 km, the pressure is high enough to change the hydrogen gas into a liquid. Deeper still, the pressure changes the liquid hydrogen into a metallic liquid state. Unlike most planets, Jupiter radiates much more energy into space than it receives from the sun. This is because energy ...
... depth of about 10,000 km, the pressure is high enough to change the hydrogen gas into a liquid. Deeper still, the pressure changes the liquid hydrogen into a metallic liquid state. Unlike most planets, Jupiter radiates much more energy into space than it receives from the sun. This is because energy ...
CHAPTER 20
... depth of about 10,000 km, the pressure is high enough to change the hydrogen gas into a liquid. Deeper still, the pressure changes the liquid hydrogen into a metallic liquid state. Unlike most planets, Jupiter radiates much more energy into space than it receives from the sun. This is because energy ...
... depth of about 10,000 km, the pressure is high enough to change the hydrogen gas into a liquid. Deeper still, the pressure changes the liquid hydrogen into a metallic liquid state. Unlike most planets, Jupiter radiates much more energy into space than it receives from the sun. This is because energy ...
here
... 29) Which of the following is not one of, nor follows directly from, Kepler's laws? A) More distant planets move at slower speeds. B) The orbit of each planet about the Sun is an ellipse with the Sun at one focus. C) The force of attraction between any two objects decreases with the square of the di ...
... 29) Which of the following is not one of, nor follows directly from, Kepler's laws? A) More distant planets move at slower speeds. B) The orbit of each planet about the Sun is an ellipse with the Sun at one focus. C) The force of attraction between any two objects decreases with the square of the di ...
Astrophysics 2012_2013 Grade 10 April 29, 2013
... A comet is a small object that, when it approaches the sun, develops a visible coma (atmosphere) and sometimes a tail or two tails – these two traits distinguish comets from asteroids (comets that approach the sun and do not present these features are called extinct comets). Most comets originate fr ...
... A comet is a small object that, when it approaches the sun, develops a visible coma (atmosphere) and sometimes a tail or two tails – these two traits distinguish comets from asteroids (comets that approach the sun and do not present these features are called extinct comets). Most comets originate fr ...
Lecture 4: Telescopes Web site Stuff from last time Naked eye and magnitudes
... FOV- Angular size of the viewing field. Usually given in degrees, arcminutes (1/60 th of a degree) or arcseconds (1/60 th of an arcminute) Magnification - ratio of the focal length of telescope and focal length of eyepiece ...
... FOV- Angular size of the viewing field. Usually given in degrees, arcminutes (1/60 th of a degree) or arcseconds (1/60 th of an arcminute) Magnification - ratio of the focal length of telescope and focal length of eyepiece ...
Inner Outer Planets Quiz
... 2. Most of the planets have moons. Earth has one moon, Mars has two moons, and each of the outer planets has several moons. Mercury and Venus are the only two planets that do not have moons. 3. A meteor is a sudden streak of light caused by friction between the Earth's atmosphere and an incoming pie ...
... 2. Most of the planets have moons. Earth has one moon, Mars has two moons, and each of the outer planets has several moons. Mercury and Venus are the only two planets that do not have moons. 3. A meteor is a sudden streak of light caused by friction between the Earth's atmosphere and an incoming pie ...
Properties of the Planets & Formation of the Solar
... • The only surface liquid water in the solar system ...
... • The only surface liquid water in the solar system ...
chapter 8 Notes
... • If life can exist in extremely hot liquid flowing from volcanic vents on Earth’s ocean floor, could it not exist in a similar environment if it exists on Europa? ...
... • If life can exist in extremely hot liquid flowing from volcanic vents on Earth’s ocean floor, could it not exist in a similar environment if it exists on Europa? ...
Question 1
... • If life can exist in extremely hot liquid flowing from volcanic vents on Earth’s ocean floor, could it not exist in a similar environment if it exists on Europa? ...
... • If life can exist in extremely hot liquid flowing from volcanic vents on Earth’s ocean floor, could it not exist in a similar environment if it exists on Europa? ...
TAP 403-1: Worked examples – Orbital Motion
... longer period of orbit? What is the ratio of orbital radii for the two satellites? What, therefore, is the ratio of the cubes of the orbital radii? What, therefore, is the ratio of the squares of the orbital periods? Finally therefore, what is the ratio of the satellites’ orbital periods? By Kepler’ ...
... longer period of orbit? What is the ratio of orbital radii for the two satellites? What, therefore, is the ratio of the cubes of the orbital radii? What, therefore, is the ratio of the squares of the orbital periods? Finally therefore, what is the ratio of the satellites’ orbital periods? By Kepler’ ...
Distances of Planets, in Feet, from Sun 2000 Feet Radius Solar
... its deepest canyon, is four times deeper than the Grand Canyon and stretches over 2,500 miles. Olympus Mons is not only the largest inactive volcano in the solar system, but also Mars’ highest point. Its cauldron alone is 55 miles across and the area of its lava flow is the size of the state of Ariz ...
... its deepest canyon, is four times deeper than the Grand Canyon and stretches over 2,500 miles. Olympus Mons is not only the largest inactive volcano in the solar system, but also Mars’ highest point. Its cauldron alone is 55 miles across and the area of its lava flow is the size of the state of Ariz ...
Five Planets
... Saturn's rings, study Saturn's weather, and drop a probe into the thick orange atmosphere of Titan. What's hiding beneath Titan's clouds? No one knows, but Cassini will find out. Last but not least is Jupiter, the biggest planet in the solar system. If you're facing Venus, Jupiter is right behind yo ...
... Saturn's rings, study Saturn's weather, and drop a probe into the thick orange atmosphere of Titan. What's hiding beneath Titan's clouds? No one knows, but Cassini will find out. Last but not least is Jupiter, the biggest planet in the solar system. If you're facing Venus, Jupiter is right behind yo ...
Apr 2017 - Bays Mountain Park
... views. There are many interesting features to notice when observing the “king of the planets.” Jupiter is a gas giant made mostly of hydrogen and helium, so what we observe is it’s enormous atmosphere. Jupiter has a fast rotation of just under 10 hours. This has created a very turbulent atmosphere c ...
... views. There are many interesting features to notice when observing the “king of the planets.” Jupiter is a gas giant made mostly of hydrogen and helium, so what we observe is it’s enormous atmosphere. Jupiter has a fast rotation of just under 10 hours. This has created a very turbulent atmosphere c ...
Rocky Planets Gas Giants
... close 11.7 million kilometers (7.3 million miles) of Earth. Around that time, it disintegrated even more. Scientists counted 68 fragments. The two largest chunks are called B and C. Each is several hundred meters wide. The scientists studied both chunks using NASA's Infrared Telescope Facility and t ...
... close 11.7 million kilometers (7.3 million miles) of Earth. Around that time, it disintegrated even more. Scientists counted 68 fragments. The two largest chunks are called B and C. Each is several hundred meters wide. The scientists studied both chunks using NASA's Infrared Telescope Facility and t ...
ISNS3371_020607_bw
... particles ejected at the time of formation of the large (26 kilometer in diameter) crater Pwyll 1000 kilometers to the south. - a few small craters - less than 500 meters in diameter were probably formed at the same time as the blanketing occurred by large, intact, blocks of ice thrown up in the imp ...
... particles ejected at the time of formation of the large (26 kilometer in diameter) crater Pwyll 1000 kilometers to the south. - a few small craters - less than 500 meters in diameter were probably formed at the same time as the blanketing occurred by large, intact, blocks of ice thrown up in the imp ...
Homework 4 1 Chapter 3 October 4, 2011
... 14. Briefly explain why we think our solar system ended up with rocky worlds in its inner regions and icy or gaseous worlds in its outer regions. How do we explain the small bodies that populate the asteroid belt, Kuiper belt, and Oort cloud? According to the nebular model, the solar system formed ...
... 14. Briefly explain why we think our solar system ended up with rocky worlds in its inner regions and icy or gaseous worlds in its outer regions. How do we explain the small bodies that populate the asteroid belt, Kuiper belt, and Oort cloud? According to the nebular model, the solar system formed ...
Pluto_FIT
... Should we call Pluto a planet? • I’m neutral. But some things to consider… • Is Pluto just the first of many Kuiper Belt “ice dwarf” planets discovered? • Is larger Xena the 10th planet? • Are slightly smaller Sedna, Quaoar planets? • Ceres was called a planet for ~50 years, then re-classified as a ...
... Should we call Pluto a planet? • I’m neutral. But some things to consider… • Is Pluto just the first of many Kuiper Belt “ice dwarf” planets discovered? • Is larger Xena the 10th planet? • Are slightly smaller Sedna, Quaoar planets? • Ceres was called a planet for ~50 years, then re-classified as a ...
Water ice lines around super-Jovian planets and Implications for
... Fig. III.1.1: Two of the most important2014) statistical observational mass-radius (Mordasini+ pointed outlines which is impor René Heller ets. The colors show the observational technique that was Mass Mass [M!] [M!] ...
... Fig. III.1.1: Two of the most important2014) statistical observational mass-radius (Mordasini+ pointed outlines which is impor René Heller ets. The colors show the observational technique that was Mass Mass [M!] [M!] ...
A Triple Conjunction
... millennium BC, however, no less than 7 triple conjunctions also took place – one every 140 years, on average – although the interval varied from 40 years (as between 861 and 821 BC and again between 563 and 523 BC) to 377 years (as between 523 BC and 146 BC). Over the millennium there were 43 “norma ...
... millennium BC, however, no less than 7 triple conjunctions also took place – one every 140 years, on average – although the interval varied from 40 years (as between 861 and 821 BC and again between 563 and 523 BC) to 377 years (as between 523 BC and 146 BC). Over the millennium there were 43 “norma ...
Loops of Jupiter
... 3. The retrograde motion continues. Earth is in a straight line between the Sun and the planet (the planet is in opposition to the Sun). The distance between the planet and Earth is the smallest and equal the difference of the planet’s and the Earth’s radii. 4. The retrograde movement stops. The pla ...
... 3. The retrograde motion continues. Earth is in a straight line between the Sun and the planet (the planet is in opposition to the Sun). The distance between the planet and Earth is the smallest and equal the difference of the planet’s and the Earth’s radii. 4. The retrograde movement stops. The pla ...
AN INTRODUCTION TO ASTRONOMY Dr. Uri Griv Department of Physics, Ben-Gurion University
... Explanation: Born in 1564, Galileo used a telescope to explore the Solar System. In 1610, he became the first to be amazed by Saturn’s rings, After nearly 400 years, Saturn’s magnificent rings still offer one of the most stunning astronomical sights. Uniquely bright compared to the rings of the othe ...
... Explanation: Born in 1564, Galileo used a telescope to explore the Solar System. In 1610, he became the first to be amazed by Saturn’s rings, After nearly 400 years, Saturn’s magnificent rings still offer one of the most stunning astronomical sights. Uniquely bright compared to the rings of the othe ...
Galilean moons
The Galilean moons are the four largest moons of Jupiter—Io, Europa, Ganymede, and Callisto. They were discovered by Galileo Galilei around January 1610 and were the first group of objects found to orbit another planet. Their names derive from the lovers of Zeus. They are among the most massive objects in the Solar System with the exception of the Sun and the eight planets, with radii larger than any of the dwarf planets. Ganymede is the largest moon in the Solar System, and is even bigger than the planet Mercury. The three inner moons—Io, Europa, and Ganymede—are in a 4:2:1 orbital resonance with each other.The Galilean moons were discovered in either 1609 or 1610 when Galileo made improvements to his telescope, which enabled him to observe celestial bodies more distinctly than ever. Galileo's discovery showed the importance of the telescope as a tool for astronomers by proving that there were objects in space that cannot be seen by the naked eye. More importantly, the incontrovertible discovery of celestial bodies orbiting something other than Earth dealt a serious blow to the then-accepted Ptolemaic world system, or the geocentric theory in which everything orbits around Earth.Galileo initially named his discovery the Cosmica Sidera (""Cosimo's stars""), but the names that eventually prevailed were chosen by Simon Marius. Marius discovered the moons independently at the same time as Galileo, and gave them their present names, which were suggested by Johannes Kepler, in his Mundus Jovialis, published in 1614.