The Moon - Learn360
... The Moon is the Earth’s nearest neighbor in space, Lighting the sky with its gigantic face! But it doesn’t have its own inner light It’s lit by the Sun and shines through the night! The giant Moon that hangs in the sky, Is an old rock you can spot with your eye! It has big craters you can see throug ...
... The Moon is the Earth’s nearest neighbor in space, Lighting the sky with its gigantic face! But it doesn’t have its own inner light It’s lit by the Sun and shines through the night! The giant Moon that hangs in the sky, Is an old rock you can spot with your eye! It has big craters you can see throug ...
Moon Module - Science FEST
... depth is about twice the comet, asteroid or meteoroid’s diameter. Craters are generally circular, with high walls called rims, and rays, which are made of debris thrown out during impact. Many craters are named after scientists, such as Fleming. The dark areas we see when observing the Moon are cal ...
... depth is about twice the comet, asteroid or meteoroid’s diameter. Craters are generally circular, with high walls called rims, and rays, which are made of debris thrown out during impact. Many craters are named after scientists, such as Fleming. The dark areas we see when observing the Moon are cal ...
Moon Course Section 1-5 v1.0 - One
... material still exists went approximately 100 kilometers below the surface - a distance that would have carried it through Earth's mantle. The Moon's mantle, below the crust, is a thick layer of dense rock rich in heavier elements, including some iron and magnesium. Somewhere between about half a bil ...
... material still exists went approximately 100 kilometers below the surface - a distance that would have carried it through Earth's mantle. The Moon's mantle, below the crust, is a thick layer of dense rock rich in heavier elements, including some iron and magnesium. Somewhere between about half a bil ...
Moon Phases - GWA 6th Grade
... Third (Last) Quarter Moon Sometimes called Third Quarter. The left half of the Moon appears lighted, and the right side of the Moon appears dark. During the time between the Full Moon and the Last Quarter Moon, the part of the Moon that appears lighted gets smaller and smaller every day. It will co ...
... Third (Last) Quarter Moon Sometimes called Third Quarter. The left half of the Moon appears lighted, and the right side of the Moon appears dark. During the time between the Full Moon and the Last Quarter Moon, the part of the Moon that appears lighted gets smaller and smaller every day. It will co ...
Full Moon
... • Plains were produced by volcanic eruptions and the resulting enormous lava flows. • Apparently the moon’s interior was hot enough to cause these major eruptions from 3.9-3.1 billion years ago • Plains are more common on the near side of the moon, probably due to the thinner crust (where it is easi ...
... • Plains were produced by volcanic eruptions and the resulting enormous lava flows. • Apparently the moon’s interior was hot enough to cause these major eruptions from 3.9-3.1 billion years ago • Plains are more common on the near side of the moon, probably due to the thinner crust (where it is easi ...
GRAIL
... corrections, orbiters end their missions nose down in the moon dust! In fact, all five of NASA's Lunar Orbiters (1966-1972), four Soviet Luna probes (1959-1965), two Apollo sub-satellites (1970-1971) and Japan's Hiten spacecraft (1993) suffered this fate. ...
... corrections, orbiters end their missions nose down in the moon dust! In fact, all five of NASA's Lunar Orbiters (1966-1972), four Soviet Luna probes (1959-1965), two Apollo sub-satellites (1970-1971) and Japan's Hiten spacecraft (1993) suffered this fate. ...
The Lunar L1 Gateway: Portal to the Planets
... • Construction materials for large space structures ...
... • Construction materials for large space structures ...
The Lunar L1 Gatewat: Portal to the Planets
... • Construction materials for large space structures ...
... • Construction materials for large space structures ...
LUNAR TIDAL RECESSION. James G. Williams, Dale H. Boggs, and
... Introduction: The orbit of the Moon is our earliest example of tidal evolution. It is a prototype for tidal evolution in the solar system that includes the Earth with its oceans, rocky planets and satellites, icy satellites and Kuiper belt objects, and the four outer planets with their massive atmos ...
... Introduction: The orbit of the Moon is our earliest example of tidal evolution. It is a prototype for tidal evolution in the solar system that includes the Earth with its oceans, rocky planets and satellites, icy satellites and Kuiper belt objects, and the four outer planets with their massive atmos ...
ppt
... • Everything is from Imbrium—we are dating only one event – Samples all from near side, all sites within reach of Imbrium ejecta – Imbrium area focus of high Th (hence REE etc.), characteristic of most basaltic impact melts (most dates on these) ...
... • Everything is from Imbrium—we are dating only one event – Samples all from near side, all sites within reach of Imbrium ejecta – Imbrium area focus of high Th (hence REE etc.), characteristic of most basaltic impact melts (most dates on these) ...
Earth Time, Moon Phases and Eclipses
... To remember the Phases of the moon – think of “D-O-C” The moon looks different each night because it revolves around the Earth. Since the moon does not make its own light (it reflects light from the sun), we see different phases. A lunar cycle takes 28 days (or 1 “moonth”). On the first day the moo ...
... To remember the Phases of the moon – think of “D-O-C” The moon looks different each night because it revolves around the Earth. Since the moon does not make its own light (it reflects light from the sun), we see different phases. A lunar cycle takes 28 days (or 1 “moonth”). On the first day the moo ...
Moon - Granite School District
... is revolution, the circling of an object in space around another object in space. It takes a year for Earth to revolve around the sun. It takes the moon about 29 days to revolve around Earth. The path a planet or a moon takes during its revolution is called an orbit. ...
... is revolution, the circling of an object in space around another object in space. It takes a year for Earth to revolve around the sun. It takes the moon about 29 days to revolve around Earth. The path a planet or a moon takes during its revolution is called an orbit. ...
Moon phase Powerpoint
... • 1. Orbit - The path of the Moon around the Earth. • 2. Rotate - The Earth spins around, like a top, about its axis once each day. • 3. Waning – appears to shrink • 4. Waxing – appears to be growing • 5. Gibbous - Swollen on one side • 6. Crescent – less than ½ the moon is visible. • 7. Revolve- th ...
... • 1. Orbit - The path of the Moon around the Earth. • 2. Rotate - The Earth spins around, like a top, about its axis once each day. • 3. Waning – appears to shrink • 4. Waxing – appears to be growing • 5. Gibbous - Swollen on one side • 6. Crescent – less than ½ the moon is visible. • 7. Revolve- th ...
Lecture19-ASTA01 - University of Toronto
... inclined of all the modern planets at 7°. • Mercury’s orbital period is 88 days, but its rotation is relatively slow, resulting in a solar day that is 176 Earth days long. • Mercury cooled too quickly to develop plate tectonics, so you will find it a cratered, dead world. ...
... inclined of all the modern planets at 7°. • Mercury’s orbital period is 88 days, but its rotation is relatively slow, resulting in a solar day that is 176 Earth days long. • Mercury cooled too quickly to develop plate tectonics, so you will find it a cratered, dead world. ...
Resources - Lunar and Planetary Institute
... Answer sheet for events Open area or hallway for participants to stand in order OR floor or table space to lay out the cards ...
... Answer sheet for events Open area or hallway for participants to stand in order OR floor or table space to lay out the cards ...
The Moon and Mercury
... History of Impact Cratering Rate of impacts due to interplanetary bombardment decreased rapidly after the formation of the solar system. Most craters seen on the moon’s (and Mercury’s) surface were formed within the first ~ 1/2 billion years. ...
... History of Impact Cratering Rate of impacts due to interplanetary bombardment decreased rapidly after the formation of the solar system. Most craters seen on the moon’s (and Mercury’s) surface were formed within the first ~ 1/2 billion years. ...
Chapter 30 - TeacherWeb
... and the rest has a dim shine do to light reflecting off the Earth, earthshine. ...
... and the rest has a dim shine do to light reflecting off the Earth, earthshine. ...
The Hadean Eon on the Moon - Subcommission on Precambrian
... mare basalts that began about 3.85 billion years ago. They may represent the appearance of a new source of impactors for the inner solar system [37]. This source probably was the proto-Kuiper belt of icy bodies, many of which were injected into the inner solar system when Neptune and other giant pla ...
... mare basalts that began about 3.85 billion years ago. They may represent the appearance of a new source of impactors for the inner solar system [37]. This source probably was the proto-Kuiper belt of icy bodies, many of which were injected into the inner solar system when Neptune and other giant pla ...
The Need for New Lunar Sample Returns
... instruments can be designed for nearly unlimited resources, while spacecraft instruments are severely restricted by available energy, volume, time, CPU power, memory, data rate, etc. Earth-based instruments can be delicate and may be housed in benign environments (e.g., fixed temperature, low vibrat ...
... instruments can be designed for nearly unlimited resources, while spacecraft instruments are severely restricted by available energy, volume, time, CPU power, memory, data rate, etc. Earth-based instruments can be delicate and may be housed in benign environments (e.g., fixed temperature, low vibrat ...
Slide 1
... moon of one of the planets. The moon has a smooth surface resembling that of the lunar maria. The rocks on the surface are found to be 4.5 billion years old. Why would such a finding be highly ...
... moon of one of the planets. The moon has a smooth surface resembling that of the lunar maria. The rocks on the surface are found to be 4.5 billion years old. Why would such a finding be highly ...
Quiz
... Which properties of the solar system are accounted for in this simple series of three diagrams depicting the solar nebula hypothesis? ...
... Which properties of the solar system are accounted for in this simple series of three diagrams depicting the solar nebula hypothesis? ...
Our Moon, back - Lunar and Planetary Institute
... Our eyes are pretty good reflectance spectrometers for measuring the visible light portion of the electromagnetic spectrum. However, some things that are very different, such as coal and basalt, look the same to us — both are black rocks. How can we tell them apart if we cannot touch and analyze the ...
... Our eyes are pretty good reflectance spectrometers for measuring the visible light portion of the electromagnetic spectrum. However, some things that are very different, such as coal and basalt, look the same to us — both are black rocks. How can we tell them apart if we cannot touch and analyze the ...
The Moon and Beyond
... (Apollo 12). Even at a considerable distance from the Apollo landing sites, the lavas still seem to be about 3% billion years old. The Luna 16 soil had also been heavily exposed to cosmic and solar atomic particles while on the moon, but it is hard to interpret the effects because there is so little ...
... (Apollo 12). Even at a considerable distance from the Apollo landing sites, the lavas still seem to be about 3% billion years old. The Luna 16 soil had also been heavily exposed to cosmic and solar atomic particles while on the moon, but it is hard to interpret the effects because there is so little ...
Moon landing
A moon landing is the arrival of a spacecraft on the surface of the Moon. This includes both manned and unmanned (robotic) missions. The first human-made object to reach the surface of the Moon was the Soviet Union's Luna 2 mission, on 13 September 1959.The United States' Apollo 11 was the first manned mission to land on the Moon, on 20 July 1969. There have been six manned U.S. landings (between 1969 and 1972) and numerous unmanned landings, with no soft landings happening from 22 August 1976 until 14 December 2013. To date, the United States is the only country to have successfully conducted manned missions to the Moon.