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Solar System Debris Nucleus is a dirty snowball (Whipple) from 1-10 km. see ion tail, a veil of evaporated ions swept back by solar d. It always points away from the sun, and has a magnetic ld creating a glow like the aurora borealis. A dust tail, visible nly in the infrared, is left in its wake. Comets break up a each time they come close to the sun. Debris in earth's it creates a meteor shower at a regular time each year. e the Leonids--from constellation Leo in mid-November.) radiation, solar wind sublimate jets, making nucleus spin. t comets spend most of their time in the Oort Cloud far ond Pluto. (Few in the Kuiper Belt just beyond Pluto.) ds: space rocks. The asteroid belt: over 100,000 Mars and Jupiter. Ceres--largest 1000 km diam., Vesta, Juno. Either it is a broken up planet or Jupiter's y kept it in pieces. Kirkwood gaps--fraction of Jupiter’s period. e Trojans: 700 carried around in gravity wells in front of and behind Jupiter in its orbit (at Lagrangian Points). e Amors--5 large ones that come near earth's orbit. he Apollos--5 large ones that cross earth's orbit. any others in Kuiper Belt, Oort cloud, and dispersed. --shooting stars, rocks burning up as they fall in atmos. id--rock in space, Meteorite--rock on earth from space, o stony-irons. Carbonaceous chondrites-stars. 11 m/s
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NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Jan 12, 2016

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Page 1: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

NOTES: Solar System DebrisComets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind. It always points away from the sun, and has a magnetic field creating a glow like the aurora borealis. A dust tail, visible mainly in the infrared, is left in its wake. Comets break up a bit each time they come close to the sun. Debris in earth's orbit creates a meteor shower at a regular time each year. (Like the Leonids--from constellation Leo in mid-November.) The radiation, solar wind sublimate jets, making nucleus spin. Most comets spend most of their time in the Oort Cloud far beyond Pluto. (Few in the Kuiper Belt just beyond Pluto.)Asteroids: space rocks. The asteroid belt: over 100,000 between Mars and Jupiter. Ceres--largest 1000 km diam., Pallas, Vesta, Juno. Either it is a broken up planet or Jupiter's gravity kept it in pieces. Kirkwood gaps--fraction of Jupiter’s period. The Trojans: 700 carried around in gravity wells in front of and behind Jupiter in its orbit (at Lagrangian Points). The Amors--5 large ones that come near earth's orbit. The Apollos--5 large ones that cross earth's orbit. Many others in Kuiper Belt, Oort cloud, and dispersed.Meteors--shooting stars, rocks burning up as they fall in atmos.Meteoroid--rock in space, Meteorite--rock on earth from space, stony to stony-irons. Carbonaceous chondrites-stars. 11 m/s

Page 2: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Dwarf Planets? Eris is 1 ½ Pluto’s size,Sedna is about 4/5ths Pluto’s size.It’s orbit varies from 3 to 10 times Pluto’s distance.

Page 3: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.
Page 4: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

There is speculation that there might be a very large planet(brown dwarf) at a great distanceTwo reasons:1. Sumerian lore—the Planet Nibiru2. A disturbance in the orbit and spin of Uranus and Neptune.

Page 5: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

The Naval Observatory called it Planet X

Nemesis isPhysicist’s LuisAlvarez’ (asteroid extinction of dinosaurs) name forhis theory forexplaining periodic extinctions every25 million years.

Page 6: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Zechariah Sitchin says Nibiru hasA period of 3600 years and beingsfrom it brought human genetics.Sumerian writings and drawingssuggest a ‘Twelfth Planet’.

Page 7: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Comet Halley appearances:

William, the Conqueror invades England--1066

Page 8: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Giotto—the Magi 1304-1306 Comet Halley

Page 9: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

A comet in the sky was blamed for the eruption of Mount Vesuvius  in 1631

Page 10: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Mark Twain—1835-1910‘I came in with Halley's Comet in 1835. It is coming again next year (1910), and I expect to go out with it. ‘

Page 11: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Sacrifice of Girl StoppedFanatics About to Offer Up Girl To Foil Comet When Posse

Arrives 

Special to the Washington Post. 

Aline, Okla. May 18 1910 – Miss Jane Warfield, 16 years old, was today

rescued from a band of religious fanatics 25 miles southwest of this place.  She was about to be offered up as a sacrifice to make

a blood atonement that the sins of the world might be forgiven.

Page 12: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Solar System DebrisComets: Nucleus is a dirty snowball (Whipple) from 1-10 km.

Nucleus of comet Halley:

Page 13: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

We see the ion tail, a veil of evaporated ions swept back by solar wind. It always points away from the sun, and has a magnetic field creating a glow like the aurora borealis. A dust tail, visible mainly in the infrared, is left in its wake.

Page 14: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Comet Hale-Bopp—1997. Rare visible dust tail.

Page 15: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Comets break up a bit each time they come close to the sun.

Page 16: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Cometary debris in earth's orbit may create a meteor shower at a regular time each year. (Like the Leonids--from constellation Leo in mid-November.)

Page 17: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

The radiation, solar wind sublimates jets, making comet nucleus spin

Page 18: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Most comets spend most of their time in the Oort Cloud far beyond Pluto. (Few in the Kuiper Belt just beyond Pluto.)

Page 19: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Asteroids: space rocks. The asteroid belt: over 100,000 between Mars and Jupiter.

Page 20: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Ceres--largest asteroid in Asteroid Belt--1000 km diam.,

Page 21: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

The asteroid belt is either a broken up planet (unlikely) or Jupiter's gravity kept it in pieces. Kirkwood gaps --fraction of Jupiter’s period

Page 22: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

The Trojans: 700 carried around in gravity wells in front of and behind Jupiter in its orbit (at Lagrangian Points).

Page 23: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

The Amors--5 large ones that come near earth's orbit. The Apollos--5 large ones that cross earth's orbit.

Page 24: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Meteors--shooting stars, rocks burning up as they fall in atmos.Meteoroid--rock in space, Meteorite--rock on earth from space

Page 25: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Stony, irons, stony-irons

Page 26: NOTES: Solar System Debris Comets: Nucleus is a dirty snowball (Whipple) from 1-10 km. We see ion tail, a veil of evaporated ions swept back by solar wind.

Carbonaceous chondrites: with carbon chondreulesFormed in supernova explosions