our solar system held together by newtonian mechanics assembled by ken mitchell livermore topscience

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Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

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Page 1: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Our Solar System

Held together by Newtonian Mechanics

Assembled ByKen Mitchell

Livermore TOPScience

Page 2: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mercury in Accentuated Color

Page 3: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Close ups of Mercury

Mariner 10’s flyby

Page 4: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mercury

Mariner 10’s flyby

Page 5: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mercury Chases the Sunset

Page 6: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Viewing Mercury is a Challenge

Page 7: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mercury on the Horizon

Page 8: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Venus against a starry background

Page 9: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Venus Unveiled

Page 10: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Elevations based on radar measurements

of Venus during the Magellan

Mission

Page 11: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Welcome to Planet Earth

Page 12: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mutual gravitational perturbations between different planets are present in any planetary system with more than one planet. In our solar system, under the influence of the other planets, the Earth's orbit periodically evolves from purely circular to slightly eccentric. This is actually enough to trigger the alternation of warm and glacial eras. More drastic orbital changes could well have prevented the development of life.

From “Astronomy & Astrophysics” paper – April ’07

Page 13: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience
Page 14: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mars’ Near Approach to Earth

Page 15: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mars in Opposition, 2001

Page 16: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mars in Retrograde

Page 17: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mars Was Closest to Earth on December 18, ‘07

Page 18: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Mars on December 11th 2007

Page 19: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Jupiter & 3 of the Galilean Moons.

Guess which one is missing.

Page 20: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Hubble spots rare triple eclipse on

Jupiter

Page 21: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Jupiter’s X-Ray Auroras

Page 22: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Aurora on Jupiter

Page 23: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

                                                           

                                                             

The Great Red Spot

Page 24: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Europa & Io showing Volcano

Tvashtar

Page 25: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Saturn from Cassini at about 110 million km

Page 26: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Saturn – Another view

Page 27: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience
Page 28: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Sun Behind Saturn

Page 29: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

A Mysterious Hexagonal Cloud System on Saturn

Page 30: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Saturnian Aurora

Page 31: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Uranus with Rings and Moons

Page 32: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Hubble captures a rare eclipse on Uranus

Page 33: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

A Sharper View of a Tilted Planet

Page 34: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Spring time on Neptune

Page 36: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Pluto and its moon Charon

Page 37: Our Solar System Held together by Newtonian Mechanics Assembled By Ken Mitchell Livermore TOPScience

Possible Pluto Moons