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PLANETS COMPATIBILITY

MERCURY:
  •   It does not have any moons or rings.
  •   We can jump up to 4ft(1.2M).
  •   Your weight on Mercury would be 38% of your weight on earth.
  •   A year on Mercury takes 88 earth days only.
VENUS:
  •   A day on Venus is longer than a year.
  •   Unlike other planets, Venus spins clockwise on its axis. 
  •   We can jump upto 1.7ft(0.6M).
  •   Venus has 90 times the atmospheric pressure of Earth.
EARTH:
  •  Earth is a squashed sphere.
  •   The only planet having plate tectonics that keep the planet comfortable. 
  •   It is mostly iron, oxygen and silicon. The molten iron core creates a magnetic field.
  •   We can jump upto 1.6ft(0.6M).
MARS:
  •   Mars had water in the ancient past and has frozen water today.
  •   It used to have a thicker atmosphere which contains 95% CO2.
  •   Average temperature is about -50°F(-45°C).
  •   We can jump upto 4ft(1.2M).
JUPITER:
  •  It is the fastest spinning planet.
  •   Its magnetic field is 14 times stronger than Earth’s field.
  •   It has rings and 67 moons.
  •   We can jump upto 0.6ft(0.2M).
  •   It has the shortest day of the eight planets and 11.86 earth years .
SATURN:
  •  Saturn is the least dense planet in the solar planet.
  •    It has taken 29.4 earth years to orbit the sun.
  •   The length of the day is a mystery until recently. But approximately it is found that 10hr 32mins 35secs.
  •   Saturn gives off more energy than it receives from the sun and has the fastest winds.
URANUS:
  •  Uranus has rings and 27 moons.
  •   It is the coldest planet in the Solar system. 
  •   The mass of Uranus is about 14.5 times the mass of Earth.
  •   Uranus rotates on its axis once every 17 hrs 14 mins and takes 84 earth days to orbit the sun. 
It is known as “giant ice".

NEPTUNE:
  •  Neptune’s surface gravity is almost like Earth.
  •   It has thin rings and 14 moons.
  •   A year on Neptune lasts 165 earth years.
  •   It is the coldest planet with an average surface temperature of -214°C.
  •   Neptune spins very quickly on its axis and the atmosphere is extremely active.


Credits: Sabitha

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