Solar system webquest (finished)
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Solar system webquest (finished)

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Solar system webquest (finished) Presentation Transcript

  • 1. Solar System Webquest Do ne by: Jane P ar k, Science 8C
  • 2. General Information I
    • Revolve: A small object revolving around a bigger object
    • Rotate: An object spinning on its axis
    • 8 planets have been found in our solar system
    • Mercury, Venus, Earth, and Mars are the inner planets
    • Jupiter, Saturn, Uranus, and Neptune are the outer planets
    • The differ ences between inner and outer planets are that they are separat ed by the asteroid belt, and the inner pla nets are closer to the Sun, are smaller, are solid spheres of rock, and are often bombard ed by asteroids and meteoroids while the outer planets are further away from the Sun, bigger, and are less often attacked by asteroids and meteoroids
  • 3. General Information II
    • More craters are found on the inner planet because they were constantly bombarded by asteroids and meteoroids during their first 600 million years in existence
    • Orbit: A specific path followed by a planet, satellite, etc.
    • 3 requirements to be considered a planet are that the object has to orbit around the sun, have enough mass so that it becomes round due to its own gravity , and have cleared out of its orbit path around sun.
    • A dwarf planet is the class of object that meets the first two requirements but no the third
    • The 3 dwarf planets are Pluto, Ceres, and Eris.
  • 4. M ercury (Inner planet )
    • Mer cury’s atmosphere is cau sed by it s extremely high temperature.
    • 2 elements that can be found in Mercury’s atmosphere are helium and sodium
    • The 3 processes that shaped Mercury are impact cratering, volcanism , and tecton ic activity
  • 5. Venus (Inner planet)
    • Venus is referred to as the “Evening Star" because it is the brightest star that can be viewed from Earth.
    • 2 elemen ts that can be found in the atmosphere are CO2 and sulfuric acid
    • Retro grade rotation is rotating slowly on it axis in a clockwise dire ction
    • A day on Venus is longer than a year on Venus because one rotati on takes 243 Earth days when one orbit takes 225 days
    • The Sun appears to rise in the west when you are standing on Venus bec ause the planet rotates clockwise
    • Venus is the ho ttest planet in our solar system because its denso atmosphere traps heat
  • 6. Earth (Inner planet)
    • The elements that make up our atmosphere are O2, nitrogen, argon, and 0.1% of many other elements
    • 2 things that our atmosphere protect us from are meteors and harmful solar radiations
    • Rotational tilt of the Earth is 23.5 degree
    • The magnetic field is produces by the rapid spin of the Earth along with the molten metallic core
    • The satellite of the Earth is the Moon
  • 7. Mars (Inner planet)
    • The evidence that scientists have to life on Mars is that the scientists studied meteorites from Mars and found bacteria and other signs that life may have existed
    • The primary element of the atmosphere is CO2
    • The planet appear to be red because the surface is covered with iron-laden clay
    • Olympus Mons is the tallest mountain in the solar system, and is located in Mars
    • The 2 satellites of Mars are Phobos and Deimos
  • 8. Jupiter (Outer planet)
    • The planet’s rotation affects the shape of Jupiter by flattening at the poles and bulge at the equator
    • Jupiter’s atmosphere is made up with helium, sulfur, ni trogen, and hydrogen
    • The Giant Red Spot is a hurricane-like storm that has been seen in Jupiter's southern he misphere since Jupiter was first discovered
    • Jupiter has 50 natural satellites
    • Something interesting about Jupiter’s satellite lo is that it is volcanically active
  • 9. Saturn (Outer planet)
    • The elements that make up Saturn’s atmosphere are hydrogen and helium
    • The reason that S aturn has rings is beca use developed fr om particles that resulted from the break-up of naturally occurring satel lites
    • The compo sition of the rings are wat er ice a nd dust
    • Saturn could flo at in water b eca use it has such low density
    • The season last 7 years on Saturn
  • 10. U ranus (Outer plan et)
    • Uran us’s rotation is different because of its 98 degree tilt, it appe ars to be rotating on its side
    • Elements that make up it atmosphere are hydrogen, helium, and methane
    • Uranus has 27 known satellites
  • 11. Neptune (Outer planet)
    • The elements that make up Neptune’s atmosphere are ammonia, helium, and methane
    • Uranus has 13 known satellites
    • Triton is the larges satellite. Astronomers believe it became a satellite by being captured by Neptune’s gravitational pull
  • 12. Pluto (Dwarf planet)
    • Pluto’s 3 moons are Charon, Nix, and Hydra
    • With a spect roscope, scientists learned that methane fr ost on Pluto and wate r frost on Charon.
    • Pluto’s moon Charon is unu sual by it might share an atmosphere with Pluto and it appears to be more blue in color than Pluto
  • 13. Ceres (Dwarf planet)
    • One revolution is around 4.6 Earth years
    • Ceres w as once considered as an asteroid because it did not fit in t he definitio n of planet
    • On Ceres’ s surface you can find mixture of water, ice, carbonates, and clays
  • 14. Eris (Dwarf planet)
    • Eris’s original name was Xena
    • Eris takes 557 Earth years to orbit the sun
    • Eris’s moon ’s n ame is Dysnomia
    • Eris isn’t considered to be a planet because it doesn’t clear out its orbit