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Watch Video: NASA spacecraft Juno to arrive on Jupiter on July 4 after 5 years

Congratulation! NASA did the huge project , Where the spacecraft Juno to arrive at Jupiter on July 4 after the journey of 5 years. This season a task which was begun by Galileo more than four centuries before will move on.NASA spacecraft Juno to arrive on Jupiter on July 4 after journey of 5 years

NASA’s spacecraft Juno that began on a flight five years before and is presently surrounding Jupiter and will land on the planet by July 4. This is absolutely an immense time in the area of investigation.

NASA spacecraft Juno to arrive on Jupiter on July 4 after journey of 5 year

Jupiter is the biggest planet in the solar system with the numerous highest force that the force is related to the gravity. While a planet, Earth owes a much to the Jupiter. The planet with a large quantity of gravity has defended another miniature planet against asteroids and comets for billion of the years as well as long duration.
According to the report’s, Where the NASA’s spacecraft Juno, that began on the mission to Jupiter on August 5, 2011, year visits at the Jupiter planet at the time 11:35 PM EST on 4th July. It directions indicate the beginning of the 20-months continued research mission on the planet of a Juno outline.

The NASA spacecraft Juno, will is established as the polled cycle, that indicates the satellite will be orbiting north to south, pole to pole, separate the satellite which usually run no longer or shorter than horizontal orbit.

This will present data and research about the presence of Jupiter as it casually turns. The 20-month extended mission will involve the research of Jupiter’s gravity, radioactivity field, atmospheric chemistry, aurorae, magnetism and other necessary clues.

At the planet Jupiter, liquid helium torrents from the vapors and enough to high-pressure hydrogen can transfer power. The heat on the outside is almost 67-degree Celsius and under clouds, Where it is 34,000 degree Celsius.
The planet is the origin to 62 associated moons. Four of those moons are so high that all could be observed by Galileo Galilei’s fundamental telescope in 1610. This season a task which was begun by Galileo more than four centuries ago will take on.

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