Earth and the Moon in Space
... and night. When a location on Earth faces the sun, it is day in that place. When that location faces away from the sun, it is night. • A day is defined as the time that it takes a planet to rotate once on its axis. ...
... and night. When a location on Earth faces the sun, it is day in that place. When that location faces away from the sun, it is night. • A day is defined as the time that it takes a planet to rotate once on its axis. ...
Space Unit - Questions and Answers
... A meteoroid is a lump of rock or metal. Largest – asteroids in orbits that cross Earth’s orbit Smallest – the millions of tiny meteoroids that produce spectacular displays called meteor showers probably come from the debris left behind by comets. ...
... A meteoroid is a lump of rock or metal. Largest – asteroids in orbits that cross Earth’s orbit Smallest – the millions of tiny meteoroids that produce spectacular displays called meteor showers probably come from the debris left behind by comets. ...
Moon PowerPoint Template
... together with Earth's magnetic field, blocks harmful radiation, permitting life on land. ...
... together with Earth's magnetic field, blocks harmful radiation, permitting life on land. ...
Astronomy
... Apparent Brightness: Brightness as seen from Earth Absolute Brightness: Brightness of the star if we were all at equal distances to every star ...
... Apparent Brightness: Brightness as seen from Earth Absolute Brightness: Brightness of the star if we were all at equal distances to every star ...
Integrative Studies 410 Our Place in the Universe
... Planets • The planets change their position with respect to the stars • The planets, unlike the Sun and the Moon, show retrograde motion • The planets get brighter and dimmer – They are brightest when they are in retrograde motion • This must mean that they are closest to us at this point (Why?) ...
... Planets • The planets change their position with respect to the stars • The planets, unlike the Sun and the Moon, show retrograde motion • The planets get brighter and dimmer – They are brightest when they are in retrograde motion • This must mean that they are closest to us at this point (Why?) ...
Slide 1
... -Jupiter, Saturn, Uranus, Neptune ________________________________________________ -larger and further from Sun ________________________________________________ -mostly liquid and gas (hydrogen and helium) ________________________________________________ - are less dense and have no solid surface __ ...
... -Jupiter, Saturn, Uranus, Neptune ________________________________________________ -larger and further from Sun ________________________________________________ -mostly liquid and gas (hydrogen and helium) ________________________________________________ - are less dense and have no solid surface __ ...
Lesson 1 | Scientific Inquiry
... 2. Gravitational forces produced by the large sizes of these planets and cold temperatures change gases into liquids or solids. 3. The gas giants are made mostly of hydrogen and helium. D. A dwarf planet has objects similar in size orbiting near it or crossing its orbital path. E. Asteroids orbit th ...
... 2. Gravitational forces produced by the large sizes of these planets and cold temperatures change gases into liquids or solids. 3. The gas giants are made mostly of hydrogen and helium. D. A dwarf planet has objects similar in size orbiting near it or crossing its orbital path. E. Asteroids orbit th ...
Mission 1 Glossary
... Moon - can be any natural object orbiting around another; often refers to the Moon of the Earth (but other planets have moons too.) The Moon of the Earth was probably formed when a large object struck the Earth a long time ago. ...
... Moon - can be any natural object orbiting around another; often refers to the Moon of the Earth (but other planets have moons too.) The Moon of the Earth was probably formed when a large object struck the Earth a long time ago. ...
Subject- Geography Class- VI Chapter 1
... Chapter 1- The Earth in the Solar System The sun, the moon and all those objects shining in the night sky are called celestial bodies. Some celestial bodies are very big and hot. They are made up of gases. They have their own heat and light, which they emit in large amounts. These celestial bodies a ...
... Chapter 1- The Earth in the Solar System The sun, the moon and all those objects shining in the night sky are called celestial bodies. Some celestial bodies are very big and hot. They are made up of gases. They have their own heat and light, which they emit in large amounts. These celestial bodies a ...
THE SUN - Mr. DeHaan
... - MARS IS THE FOURTH PLANET FROM THE SUN AND MARS IS THE SECOND SMALLEST PLANET. ...
... - MARS IS THE FOURTH PLANET FROM THE SUN AND MARS IS THE SECOND SMALLEST PLANET. ...
quiz 2
... b) That the seasons were caused by the distance between the Earth and the Sun. c) That the seasons were caused by the varying tilt of the Earth’s axis d) That the seasons were caused by the moon intercepting some of the light from the sun. For Questions 8 – 12, complete the following sentences using ...
... b) That the seasons were caused by the distance between the Earth and the Sun. c) That the seasons were caused by the varying tilt of the Earth’s axis d) That the seasons were caused by the moon intercepting some of the light from the sun. For Questions 8 – 12, complete the following sentences using ...
File
... 36. The Great Red Spot is a “storm” in the upper cloud layers of the planet a) Jupiter. b) Saturn c) Uranus d) Neptune 37. The Great Dark Spot is a prominent cloud feature in the upper cloud layers of the planet a) Jupiter. b) Saturn c) Uranus d) Neptune e) The Great Dark Spot is not a recognized cl ...
... 36. The Great Red Spot is a “storm” in the upper cloud layers of the planet a) Jupiter. b) Saturn c) Uranus d) Neptune 37. The Great Dark Spot is a prominent cloud feature in the upper cloud layers of the planet a) Jupiter. b) Saturn c) Uranus d) Neptune e) The Great Dark Spot is not a recognized cl ...
Solar System Study Guide 1
... small and rocky. Most of them are scattered in a large area between the orbit paths of Mars and Jupiter. Some scientist hypothesize that asteroids are pieces of planets that never formed. All the asteroids put together would make an object less than half the size of Earth’s moon. A comet is a smal ...
... small and rocky. Most of them are scattered in a large area between the orbit paths of Mars and Jupiter. Some scientist hypothesize that asteroids are pieces of planets that never formed. All the asteroids put together would make an object less than half the size of Earth’s moon. A comet is a smal ...
Topic IV: Motions of the Earth, Moon and Sun
... What can be said about local time of places on the same meridian? They have the same local time ...
... What can be said about local time of places on the same meridian? They have the same local time ...
SEM 1.4_Astronomy
... It is highly cratered and it lacks an atmosphere. Therefore, there is no erosion to eliminate traces of impacts from space objects. The Moon revolves around the Earth once a month causing the moon phases and eclipses. Only one side of the moon is visible to Earth as its rotation is synchronous with ...
... It is highly cratered and it lacks an atmosphere. Therefore, there is no erosion to eliminate traces of impacts from space objects. The Moon revolves around the Earth once a month causing the moon phases and eclipses. Only one side of the moon is visible to Earth as its rotation is synchronous with ...
b 03 Other Obj in Sol System combo ppt
... Some Moon Facts • Average distance from Earth: 384 000 km. Due to the elliptical nature of the orbit - Minimum distance: 363 000 km (called perigee) - Maximum distance: 405 000 km (called apogee). ...
... Some Moon Facts • Average distance from Earth: 384 000 km. Due to the elliptical nature of the orbit - Minimum distance: 363 000 km (called perigee) - Maximum distance: 405 000 km (called apogee). ...
File
... solid, but a sphere of plasma held together by its own gravity. We can see stars at night due to a process called thermonuclear fusion. This process changes hydrogen into helium at the core of a star, releasing energy that radiates out into outer space. That is why we can see stars so brightly in th ...
... solid, but a sphere of plasma held together by its own gravity. We can see stars at night due to a process called thermonuclear fusion. This process changes hydrogen into helium at the core of a star, releasing energy that radiates out into outer space. That is why we can see stars so brightly in th ...
Astronomy Unit Test – Chapter 21
... parts of Earth toward or away from the sun at different points in Earth’s orbit. 6. Why is it warmer near the Equator than the poles? It is warmer near the equator because the Earth receives the most direct sunlight in this region. 7. Create a flow-map that shows the organization of the universe, fr ...
... parts of Earth toward or away from the sun at different points in Earth’s orbit. 6. Why is it warmer near the Equator than the poles? It is warmer near the equator because the Earth receives the most direct sunlight in this region. 7. Create a flow-map that shows the organization of the universe, fr ...
Solar system junior
... System together with eight other planets. The planets (Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranium, Neptune) are solid bodies which, unlike the stars, do not have their own light, but receive the same from the Sun. Obviously the planets that are closest to the Sun are those with the highes ...
... System together with eight other planets. The planets (Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranium, Neptune) are solid bodies which, unlike the stars, do not have their own light, but receive the same from the Sun. Obviously the planets that are closest to the Sun are those with the highes ...
The Roots of Astronomy Stonehenge
... Galileo Galilei (1564 - 1642 ) • Discovered the law of falling bodies. – All objects fall to earth at the same rate in the absences of air resistance. In other words all f lli objects falling bj t experience i th the same acceleration due to gravity in vacuums. ...
... Galileo Galilei (1564 - 1642 ) • Discovered the law of falling bodies. – All objects fall to earth at the same rate in the absences of air resistance. In other words all f lli objects falling bj t experience i th the same acceleration due to gravity in vacuums. ...
The Milky Way
... • First person to use the telescope for Astronomy. – Studied in detail the moon surface, sunspots, suns rotation, Jupiter’s satellite, Saturn (not including the rings) the Milky Way and the phases of Venus. ...
... • First person to use the telescope for Astronomy. – Studied in detail the moon surface, sunspots, suns rotation, Jupiter’s satellite, Saturn (not including the rings) the Milky Way and the phases of Venus. ...
Reading exercise
... no air or water. Plants and animals can’t live there either. Astronauts first landed on the Moon in 1969. After that, there were six more trips to the Moon. They brought back Moon rocks, which scientists are still studying. There are holes, or craters, all over the Moon’s surface. Scientists believe ...
... no air or water. Plants and animals can’t live there either. Astronauts first landed on the Moon in 1969. After that, there were six more trips to the Moon. They brought back Moon rocks, which scientists are still studying. There are holes, or craters, all over the Moon’s surface. Scientists believe ...
Extraterrestrial skies
In astronomy, the term extraterrestrial sky refers to a view of outer space from the surface of a world other than Earth.The sky of the Moon has been directly observed or photographed by astronauts, while those of Titan, Mars, and Venus have been observed indirectly by space probes designed to land on the surface and transmit images back to Earth.Characteristics of extraterrestrial skies appear to vary substantially due to a number of factors. An extraterrestrial atmosphere, if present, has a large bearing on visible characteristics. The atmosphere's density and chemical composition can contribute to differences in colour, opacity (including haze) and the presence of clouds. Astronomical objects may also be visible and can include natural satellites, rings, star systems and nebulas and other planetary system bodies.For skies that have not been directly or indirectly observed, their appearance can be simulated based on known parameters such as the position of astronomical objects relative to the surface and atmospheric composition.