meteoroid
... • Venus- hottest (thick atmosphere), “Earth’s twin” (size), retrograde rotation (East to West) • Earth- life, H2O • Mars- red, dust storms ...
... • Venus- hottest (thick atmosphere), “Earth’s twin” (size), retrograde rotation (East to West) • Earth- life, H2O • Mars- red, dust storms ...
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... other essential materials for life. This discovery, when it comes, could have a fundamental and permanent impact on humanity: Where do we come from? What are we? People on this globe might even seriously consider a situation like that described in Carl Sagan’s novel Contact.” Other predictions for 5 ...
... other essential materials for life. This discovery, when it comes, could have a fundamental and permanent impact on humanity: Where do we come from? What are we? People on this globe might even seriously consider a situation like that described in Carl Sagan’s novel Contact.” Other predictions for 5 ...
File
... Minor planets AKA “asteroids” – rocky objects in orbit around the sun Usually not visible without telescope Largest is ½ the size of the moon ...
... Minor planets AKA “asteroids” – rocky objects in orbit around the sun Usually not visible without telescope Largest is ½ the size of the moon ...
The Solar System - School of Physics
... • Debris from formation of Solar System. • Asteroids: lumps of rock a few km in size – Most in belt between Mars & Jupiter. ...
... • Debris from formation of Solar System. • Asteroids: lumps of rock a few km in size – Most in belt between Mars & Jupiter. ...
Measuring the Solar System
... Complete the table to determine how far away each planet should be from the sun in your model of the Solar System. Use a scaling factor of 25 centimeters per Astronomical Unit. Once the chart is complete, mark the locations of the planets on your team's model. ...
... Complete the table to determine how far away each planet should be from the sun in your model of the Solar System. Use a scaling factor of 25 centimeters per Astronomical Unit. Once the chart is complete, mark the locations of the planets on your team's model. ...
Is There Life Beyond Earth?
... c) These discoveries show that the range of conditions in which life can exist is much __________________ than scientists once thought. d) We have found organisms that can survive in conditions without _______________, in extreme ______________, extreme ______________, and extreme __________________ ...
... c) These discoveries show that the range of conditions in which life can exist is much __________________ than scientists once thought. d) We have found organisms that can survive in conditions without _______________, in extreme ______________, extreme ______________, and extreme __________________ ...
Chapter 9 Practice Questions
... formed in the early solar nebula? A) They show a Widmanstätten pattern, which indicates slow condensation from gaseous material. B) Their minerals contain up to 20% water, which would have evaporated away if the chondrite had been strongly heated. C) They consist mostly of carbon, which was the domi ...
... formed in the early solar nebula? A) They show a Widmanstätten pattern, which indicates slow condensation from gaseous material. B) Their minerals contain up to 20% water, which would have evaporated away if the chondrite had been strongly heated. C) They consist mostly of carbon, which was the domi ...
2 0 0 13 6 27 14 41 0 0 0 0 1 1 1 8.7m 7 62 63 0 2 5 9 44
... It is also the closest to the sun. Mercury got its name from the fast-moving messenger Greek God, due to its fast pace around the Sun. The surface of Mercury looks like Earth’s moon. It is covered with holes formed from the impact of asteroids and other objects over time. Mercury has no atmosphere a ...
... It is also the closest to the sun. Mercury got its name from the fast-moving messenger Greek God, due to its fast pace around the Sun. The surface of Mercury looks like Earth’s moon. It is covered with holes formed from the impact of asteroids and other objects over time. Mercury has no atmosphere a ...
solar eclipse
... Friday 20th March 2015 Solar and Lunar Eclipses WALT: To explain how eclipses happen To describe the different types of solar eclipse To look at ancient explanations of eclipses ...
... Friday 20th March 2015 Solar and Lunar Eclipses WALT: To explain how eclipses happen To describe the different types of solar eclipse To look at ancient explanations of eclipses ...
Guided Notes - Duplin County Schools
... A _______________________________________ is a small solid particle that travels through space Most meteoroids originate from any one of the following three sources: 1. interplanetary debris that was not gravitationally swept up by the planets during the formation of the solar system, 2. material fr ...
... A _______________________________________ is a small solid particle that travels through space Most meteoroids originate from any one of the following three sources: 1. interplanetary debris that was not gravitationally swept up by the planets during the formation of the solar system, 2. material fr ...
Age of the Earth III - PowerPoint Lecture Notes
... Radiometric Dating of Meteorites Meteorites have been found to be about 4.4 to 4.6 billion years old. Since these meteorites are thought to be representative samples of material that formed the early solar system, the earth is now believed to be about 4.4 to 4.6 billion years old. ...
... Radiometric Dating of Meteorites Meteorites have been found to be about 4.4 to 4.6 billion years old. Since these meteorites are thought to be representative samples of material that formed the early solar system, the earth is now believed to be about 4.4 to 4.6 billion years old. ...
Comets, asteroids, and meteors oh my!
... Famous Comet • Halley’s comet – Seen once only 76 years – Last seen in 1986 – Next time we will see Halley’s comet will be around 2062 this is a prediction ...
... Famous Comet • Halley’s comet – Seen once only 76 years – Last seen in 1986 – Next time we will see Halley’s comet will be around 2062 this is a prediction ...
ASR - GEOCITIES.ws
... Impact Crater and Basin • When large bodies such as asteroids and comets strike a planet, they produce an impact crater or impact basin. Impact craters are bowl-shaped depressions that measure up to about 25 kilometers in diameter. They have shallow, flat floors and uplifted centers. Impact basins ...
... Impact Crater and Basin • When large bodies such as asteroids and comets strike a planet, they produce an impact crater or impact basin. Impact craters are bowl-shaped depressions that measure up to about 25 kilometers in diameter. They have shallow, flat floors and uplifted centers. Impact basins ...
Nebular Theory
... Earth and Moon rocks: They can be dated using their radioactive elements; The oldest ones are about 4.5 billion years old. Meteorites: The oldest objects in our solar system are 4.57-Gyr old, mm-sized grains found in some meteorites; Some even give us evidence that a star exploded in our neighborhoo ...
... Earth and Moon rocks: They can be dated using their radioactive elements; The oldest ones are about 4.5 billion years old. Meteorites: The oldest objects in our solar system are 4.57-Gyr old, mm-sized grains found in some meteorites; Some even give us evidence that a star exploded in our neighborhoo ...
Test#2
... a) it sloshes around when the Earth rotates, b) only compression waves make it through, c) we have drilled down and sampled some, d) we can see it at the bottom of some oceans 19. The light given off by a comet: a) is reflected sunlight, b) is caused by chemical reactions set in place by the intense ...
... a) it sloshes around when the Earth rotates, b) only compression waves make it through, c) we have drilled down and sampled some, d) we can see it at the bottom of some oceans 19. The light given off by a comet: a) is reflected sunlight, b) is caused by chemical reactions set in place by the intense ...
Unit 1 Test Review Packet
... Go through this packet and try to answer everything first without any notes or help. Once you have gone through the whole packet using only your knowledge then you may go back through and use your notes and other resources to help you fill in the rest of the packet. 1) What is the largest thing in t ...
... Go through this packet and try to answer everything first without any notes or help. Once you have gone through the whole packet using only your knowledge then you may go back through and use your notes and other resources to help you fill in the rest of the packet. 1) What is the largest thing in t ...
PH109 Exploring the Universe, Test #2 Fall 04
... a) chemical reactions in the upper atmosphere, b) meteors c) collisions of high energy particles with atmospheric gas, d) reflection of Sunlight by high clouds 22. If we detect a large asteroid on a collision course with Earth, which is likely to be the final outcome? a) nuclear bombs will blow it t ...
... a) chemical reactions in the upper atmosphere, b) meteors c) collisions of high energy particles with atmospheric gas, d) reflection of Sunlight by high clouds 22. If we detect a large asteroid on a collision course with Earth, which is likely to be the final outcome? a) nuclear bombs will blow it t ...
What moon phase is shown in each picture
... 36. When does the far side of the moon face the Earth? 37. Which theory of lunar formation states that a Mars sized object that formed in Earth’s accretion region slams into early Earth? 38. How does the Moon affect Earth’s climate? 39. Is the moon the same size on the horizon as it is high in the s ...
... 36. When does the far side of the moon face the Earth? 37. Which theory of lunar formation states that a Mars sized object that formed in Earth’s accretion region slams into early Earth? 38. How does the Moon affect Earth’s climate? 39. Is the moon the same size on the horizon as it is high in the s ...
What should I study for the Chapter 27 – Solar System Test
... 14. The spacecraft Magellan took the first radar images of VENUS’s surface since it is impossible to see. 15. Not discovered until 1930 because it is so far away from Earth. PLUTO 16. Because of its proximity to the sun, MERCURY cannot maintain an atmosphere. 17. PLUTO is now considered a dwarf plan ...
... 14. The spacecraft Magellan took the first radar images of VENUS’s surface since it is impossible to see. 15. Not discovered until 1930 because it is so far away from Earth. PLUTO 16. Because of its proximity to the sun, MERCURY cannot maintain an atmosphere. 17. PLUTO is now considered a dwarf plan ...
curriculum map - Harlan Independent Schools
... Video on solar system Textbook 445-453 NASA website Chart on planets ...
... Video on solar system Textbook 445-453 NASA website Chart on planets ...
comets, meteors, and asteroids quiz
... What is the asteroid belt? A ring of asteroids orbiting the Sun A ring of asteroids orbiting Earth An area in space where comets come from ...
... What is the asteroid belt? A ring of asteroids orbiting the Sun A ring of asteroids orbiting Earth An area in space where comets come from ...
Solar System - United Elementary School
... • Smallest planet. • Twice as big as it’s moon (Charon) ...
... • Smallest planet. • Twice as big as it’s moon (Charon) ...
The Solar System…
... • Formation of our Solar System • Conservation of Angular Momentum • Why are the larger, gaseous planets farther away and the smaller, rocky planets that are closer? • How do we have an estimate of our solar system’s age? • What makes something a dwarf planet? The IAU says it is a celestial body orb ...
... • Formation of our Solar System • Conservation of Angular Momentum • Why are the larger, gaseous planets farther away and the smaller, rocky planets that are closer? • How do we have an estimate of our solar system’s age? • What makes something a dwarf planet? The IAU says it is a celestial body orb ...
