Tuesday, August 17, 2010

The Secret Behind Jupiter's Giant Size

Jupiter is the largest planet in the solar system. 120 times the size of Earth. However, recent measurements by the spacecraft reveal the planet's core at most 10 times the size of the planet we inhabit.

Recent studies found that about Jupiter, the giant planet has a core of very small compared with the size. Scientists believe, so the planet Jupiter, the largest in the Milky Way Galaxy because he swallowed the other small planets, before the swell.

As disclosed in the site of science, New Scientist, the core of Jupiter thought to have greater evaporation in a collision with a planet the size 10 times the size of Earth. This study provides new insight into a process that is fierce in the early formation of our solar system.

Researchers from Peking University, China has to imitate what might happen in the event that the collision. The simulation results show, rocky planets closer to Jupiter will be demolished as it hit the giant planet's atmosphere.
Half an hour later, the planet would fall into the core of Jupiter. Heavy elements in the core as the metal will evaporate and then mixed with hydrogen and helium in the atmosphere of Jupiter.Scientists believe this may explain why the core of Jupiter is very small but extremely dense atmosphere.

Douglas Lin of the University of California, said that while the smaller planet does not bump into him, Jupiter will continue to grow into a giant planet itself.

The research team said, elements in the planet Saturn may also be caused by something similar, a collision with a smaller planet.

The planets in our solar system created by collisions between dwarf planets that orbit the Sun, who was also born. In the process the impact, small planets to melt and form planets is greater.
Earth and Moon are the result of a collision between two giant planets about the size of Mars and Venus.

Collision process occurs in less than 24 hours, and the temperature of the earth at that time was very high, around 7000 degrees Celsius, where rock and metal can be melted.

YDH

Author & Editor

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