Jupiter is one of the planets in the solar system. It is also the largest planet in the solar system. Its position is fifth in the direction of the sun. The previous four planets are Mercury, Venus, Earth and Mars. Jupiter and Mars are in the space between the asteroids Jupiter does not exist any life. However, it is estimated that there may be life on any of its satellites. Jupiter is the fifth largest planet in the Solar System in terms of distance from the Sun and in terms of size.
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The surface of Jupiter is covered with thick ice. This giant planet is made up of gaseous substances. Below this ice layer is the actual Jupiter. The size of the original Jupiter is almost equal to that of Earth. Most of its atmosphere consists of dense clouds of hydrogen and helium. This cloud is filled with ammonia or ammonia-based gaseous matter. There are also mixtures of various unknown compounds. In the atmosphere near Jupiter, under intense pressure, its hydrogen turns into a liquid state. This fluid created the ocean on the planet Jupiter. Scientists believe that this liquid hydrogen is the bottom of the ocean.
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Somewhere near the center of Jupiter has reached about half the distance. Hydrogen generates electricity due to its rapid rotation in the ocean. At the center of this planet is thought to be metallic hydrogen. This metallic hydrogen continues to play a major role in the formation of Jupiter's magnetic field. Galileo and Cassini's spacecraft are sent to explore Jupiter. But the spacecraft could not reach the planet's atmosphere. In the end, NASA launched a mission to observe the planet. The Juno spacecraft was built at a cost of 1.5 billion. In August 2011, a Juno spacecraft was sent from Florida to search for Jupiter.
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Jupiter's core is made up of liquid and metallic hydrogen. Where the core of most planets is made of solid and liquid iron. This hydrogen core of Jupiter is the power source of the magnetic field. Which is 20,000 times more powerful than the Earth's magnetic field. And the gravitational pull of Jupiter is too much to be the largest planet in size. For example, if an object weighs 100 kg on Earth, then Jupiter will weigh 240 kg for the same object. Jupiter pulls most of the asteroids towards itself because of this gravitational pull.
As a result, most asteroids collided with Jupiter and became extinct. In many cases, Jupiter has changed the direction of the asteroid. But on the other hand, if Jupiter did not exist, most asteroids would collide with our Earth. As a result, the people of our world would be in danger. In other words, Jupiter has been protecting our planet for millions of years and will continue to do so in the future.This planet protects the earth in a way that the earth itself cannot protect itself.
