the solar system and the universe - Colegio Nuestra Señora del Prado
... Satellites are celestial bodies that move around the planets. The Moon is the Earth’s satellite and it takes 28 days to orbit our planet. It has a diameter of 3,476 km, which is about a quarter of the Earth’s diameter. It has no atmosphere, so the average surface temperature is about -18 ⁰C. The Moo ...
... Satellites are celestial bodies that move around the planets. The Moon is the Earth’s satellite and it takes 28 days to orbit our planet. It has a diameter of 3,476 km, which is about a quarter of the Earth’s diameter. It has no atmosphere, so the average surface temperature is about -18 ⁰C. The Moo ...
(1) Why is the Pleiades star cluster visible all night around
... Be sure to have all students take a turn at representing the Earth. That student will do more than just stand in place, but will rotate as well, to determine planet visibility at dusk, in middle of night, and at dawn. These two charts of the orbits of the planets, one showing Mercury through Mars, a ...
... Be sure to have all students take a turn at representing the Earth. That student will do more than just stand in place, but will rotate as well, to determine planet visibility at dusk, in middle of night, and at dawn. These two charts of the orbits of the planets, one showing Mercury through Mars, a ...
Midterm 2 – Wed. March 2 SIT IN YOUR ASSIGNED ROW! YOUR
... Callisto – ice, geologically dead. Ganymede – ice, but geologically active. Europa – rock, but covered by ice pack over liquid water. Io – rock, extreme volcanic activity. ...
... Callisto – ice, geologically dead. Ganymede – ice, but geologically active. Europa – rock, but covered by ice pack over liquid water. Io – rock, extreme volcanic activity. ...
Impacts from space can form building blocks of life
... produced when hydrogen cyanide reacts with water, contains atoms of hydrogen, nitrogen, carbon and oxygen which are essential for life. The Earth, currently about 4.6 billion years old, had come under an intense bombardment by meteorites along with its moon and other inner solar system planets Mecur ...
... produced when hydrogen cyanide reacts with water, contains atoms of hydrogen, nitrogen, carbon and oxygen which are essential for life. The Earth, currently about 4.6 billion years old, had come under an intense bombardment by meteorites along with its moon and other inner solar system planets Mecur ...
Formation of the solar system notes
... entirely H, and He…. Where did all the other elements come from that we know and love?! (O, C, Fe, Ag, etc.) That leaves 8 – 9 billion years between the big bang and our sun. We know that stars, in life and death create new elements. We can also see stars forming from the nebula of stars that ...
... entirely H, and He…. Where did all the other elements come from that we know and love?! (O, C, Fe, Ag, etc.) That leaves 8 – 9 billion years between the big bang and our sun. We know that stars, in life and death create new elements. We can also see stars forming from the nebula of stars that ...
Exploring the Solar System
... • The Sun is the only star in our solar system • Our solar system is part of a galaxy called the Milky Way Galaxy • There are an infinite number of galaxies that make up the universe • There may be other planets in other galaxies in the universe that can support life, we just do not have the technol ...
... • The Sun is the only star in our solar system • Our solar system is part of a galaxy called the Milky Way Galaxy • There are an infinite number of galaxies that make up the universe • There may be other planets in other galaxies in the universe that can support life, we just do not have the technol ...
Chapter 29 The Solar System
... • Because the planets’ orbits are elliptical, they are not always the same distances from the sun… – Do you remember the word to describe the point in our orbit when we are closest to the Sun? ...
... • Because the planets’ orbits are elliptical, they are not always the same distances from the sun… – Do you remember the word to describe the point in our orbit when we are closest to the Sun? ...
Studying Space
... Motion of stars • Apparent motion tends to be circumpolar. • There are 3 real motions – 1) rotate on an axis – 2) revolve around another star – 3) move to or away from the earth ...
... Motion of stars • Apparent motion tends to be circumpolar. • There are 3 real motions – 1) rotate on an axis – 2) revolve around another star – 3) move to or away from the earth ...
Formation of the Solar System
... _____ 1. Who originally theorized that Earth was the center of the solar system? a. Ptolemy c. Newton b. Aristotle d. Copernicus _____ 2. According to Copernicus’ model of the solar system, a. the sun orbits Earth. c. the planets orbit Earth. b. Earth orbits the sun. d. Earth orbits the moon. _____ ...
... _____ 1. Who originally theorized that Earth was the center of the solar system? a. Ptolemy c. Newton b. Aristotle d. Copernicus _____ 2. According to Copernicus’ model of the solar system, a. the sun orbits Earth. c. the planets orbit Earth. b. Earth orbits the sun. d. Earth orbits the moon. _____ ...
19.3 Section Quiz
... _____ 1. Who originally theorized that Earth was the center of the solar system? a. Ptolemy c. Newton b. Aristotle d. Copernicus _____ 2. According to Copernicus’ model of the solar system, a. the sun orbits Earth. c. the planets orbit Earth. b. Earth orbits the sun. d. Earth orbits the moon. _____ ...
... _____ 1. Who originally theorized that Earth was the center of the solar system? a. Ptolemy c. Newton b. Aristotle d. Copernicus _____ 2. According to Copernicus’ model of the solar system, a. the sun orbits Earth. c. the planets orbit Earth. b. Earth orbits the sun. d. Earth orbits the moon. _____ ...
The movements of planets and other nearby objects are visible from
... By contrast, the Moon moves across the star background a distance equal to its width every hour as it orbits Earth. The Moon is our closest neighbor. The planets are farther away, but you can see their gradual movements among the constellations over a period of weeks or months. ...
... By contrast, the Moon moves across the star background a distance equal to its width every hour as it orbits Earth. The Moon is our closest neighbor. The planets are farther away, but you can see their gradual movements among the constellations over a period of weeks or months. ...
Document
... • Venus is the brightest and hottest planet in the solar system. Venus is 67 million miles away. Venus has a temperature of 864 degrees Fahrenheit. • Venus can be seen from earth in the day. ...
... • Venus is the brightest and hottest planet in the solar system. Venus is 67 million miles away. Venus has a temperature of 864 degrees Fahrenheit. • Venus can be seen from earth in the day. ...
AST101 Lecture 16 Extra Solar Planets
... •1“ (arcsec) = 1/3600 degree As seen from α Centauri (4.3 LY): •Earth is 0.75 arcsec from Sol •Jupiter is 4 arcsec from Sol Can we see this? Yes, but it takes special techniques, and is not easy. ...
... •1“ (arcsec) = 1/3600 degree As seen from α Centauri (4.3 LY): •Earth is 0.75 arcsec from Sol •Jupiter is 4 arcsec from Sol Can we see this? Yes, but it takes special techniques, and is not easy. ...
The Solar System
... The Sun • Is about 260 times around the United States • Been burning for 5 billion years • The lighter spots are hotter than the darker spots • People and plants depend on the Sun ...
... The Sun • Is about 260 times around the United States • Been burning for 5 billion years • The lighter spots are hotter than the darker spots • People and plants depend on the Sun ...
Space Invaders Unit Pretest Class Copy – Do Not Write On Earth
... 1. Earth has seasons because a. it rotates on its axis b. the distance between Earth and the sun changes c. its axis is tilted as it moves around the sun d. the temperature of the sun changes 2. Tides are caused mainly by a. earth’s rotation on its axis, which causes water to move b. differences in ...
... 1. Earth has seasons because a. it rotates on its axis b. the distance between Earth and the sun changes c. its axis is tilted as it moves around the sun d. the temperature of the sun changes 2. Tides are caused mainly by a. earth’s rotation on its axis, which causes water to move b. differences in ...
Name: Date: ______ Period
... H Moon is behind the Earth I Moon phases in which the amount of the lighted surface seen on Earth decreases J Turning of Earth of its axis ...
... H Moon is behind the Earth I Moon phases in which the amount of the lighted surface seen on Earth decreases J Turning of Earth of its axis ...
Our Solar System - Mississippi University for Women
... Mercury was named after the messenger to the gods, Venus, the brightest planet visible to the unaided eye, was named for the goddess of love and beauty. Jupiter, more than twice as massive as all the other planets combined, earned the name of the ...
... Mercury was named after the messenger to the gods, Venus, the brightest planet visible to the unaided eye, was named for the goddess of love and beauty. Jupiter, more than twice as massive as all the other planets combined, earned the name of the ...
File
... Our solar system is full of planets, moons, asteroids and comets, all of which revolve around the Sun at the center. ...
... Our solar system is full of planets, moons, asteroids and comets, all of which revolve around the Sun at the center. ...
Review Questions on the Solar System
... 4. Which planet recently became a dwarf planet? Pluto 5. Which planets rotate in retrograde? On these planets does sun “rise” in the East or the West? Venus, Uranus. The sun rises in the West. 6. Which planet is the 3rd “rock from the sun? Earth 7. The orbital period is defined as the time it takes ...
... 4. Which planet recently became a dwarf planet? Pluto 5. Which planets rotate in retrograde? On these planets does sun “rise” in the East or the West? Venus, Uranus. The sun rises in the West. 6. Which planet is the 3rd “rock from the sun? Earth 7. The orbital period is defined as the time it takes ...
The Solar System - Academic Resources at Missouri Western
... Discovered in 1930 American astronomer Clyde Tombaugh Interesting Features: Moon discovered in 1978 Charon Named for the boatman who ferried dead souls across the river Styx ...
... Discovered in 1930 American astronomer Clyde Tombaugh Interesting Features: Moon discovered in 1978 Charon Named for the boatman who ferried dead souls across the river Styx ...
Planets
... Definition of a Planet (in the Solar System) 1. A planet is in orbit around the Sun. 2. A planet is so big, it has to be round (hydrostatic equilibrium). 3. It dominates its dynamical neighborhood. ...
... Definition of a Planet (in the Solar System) 1. A planet is in orbit around the Sun. 2. A planet is so big, it has to be round (hydrostatic equilibrium). 3. It dominates its dynamical neighborhood. ...
Solar system - Science 504
... ball of gas . The sun contains nearly all of the matter in the solar system. ...
... ball of gas . The sun contains nearly all of the matter in the solar system. ...
Chapter 20 Notes
... Orbit – The path a body takes around another body. Kepler – A famous mathematician who calculated many discoveries on planetary motion. He calculated the elliptical orbits of planets (Fig. 2, p. 631) around a star. He also explained why a planet closer to the sun must orbit faster. Newton – Develope ...
... Orbit – The path a body takes around another body. Kepler – A famous mathematician who calculated many discoveries on planetary motion. He calculated the elliptical orbits of planets (Fig. 2, p. 631) around a star. He also explained why a planet closer to the sun must orbit faster. Newton – Develope ...
AstroProjectDay3
... and the Moon on May 6, 2010. The spacecraft was 183 million kilometers (114 million miles) from Earth at the time, farther than our average distance from the Sun (150 million kilometers, or 93 million miles) because Mercury and Earth were at different places in their orbits around the Sun. ...
... and the Moon on May 6, 2010. The spacecraft was 183 million kilometers (114 million miles) from Earth at the time, farther than our average distance from the Sun (150 million kilometers, or 93 million miles) because Mercury and Earth were at different places in their orbits around the Sun. ...
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.