Rabu, 08 Maret 2017

the wind on which planet can blow up to 1,500 miles per hour?

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the wind on which planet can blow up to 1,500 miles per hour?


Zarkasi.com - You know the wind that can blow up the planet 1,500 miles per hour? , Answer: Neptune is the most distant planet from the Sun, with temperatures plunging to 55 Kelvin, or -218 degrees Celsius. The weather on Neptune are some of the harshest weather in the solar system. Astronomers have recorded winds on Neptune traveling at 1,500 mph wind which is the fastest planet in the solar system was detected yet. More than 30 times farther from the sun as Earth, this planet takes almost 165 Earth years to orbit our sun. In 2011 Neptune completed the first orbit since its discovery in 1846.

The wind that can blow up the planet 1,500 miles per hour?

Neptune can be seen with binoculars (if you know exactly where to look) but a large telescope is needed to see anything other than a tiny disk. There are several web sites that show the current position of Neptune (and the other planets) in the sky, but much more detailed charts will be required to actually find it. The charts can be created with a planetarium program.

How Uranus and Neptune Mighty Wind Blow

 Strong winds of Uranus and Neptune are apparently limited to the strict layers on both planets, the researchers have determined.

This finding may explain how people are born very strong wind, and how giant planets form and evolve over time, the scientists added.

giant planets in the outer solar system, such as Uranus and Neptune, is dominated by winds that can reach supersonic speeds and the jet stream 10 to 15 times more powerful than those found on Earth, seen pictures of how clouds race by the worlds. However, how deep they wind reached hitherto unknown, hidden like the lower depths beneath dense layers of clouds. [Photo Uranus from near and far]

"It has been an open question for the last 25 years," lead study author Yohai Kaspi, a planetary scientist at the Weizmann Institute of Science in Rehovot, Israel, told SPACE.com.


 Kaspi and colleagues focused on Uranus and Neptune, which are both "ice giants" - large planets with atmospheres icy. Uranus wind can blow the clouds up to 560 miles per hour (900 kilometers per hour), while Neptune's winds can reach up to 1,500 miles per hour (2,400 kilometers per hour), wind planet yet detected fastest in the solar system.


Researchers investigate the gravitational field of the world-the world using data collected by NASA's Voyager 2 spacecraft and ground-based telescopes. The strength of the gravitational field of the planet depends on the amount of mass, and strength can vary over the surface of the planet depends on the amount of mass lying beneath. By analyzing the gravitational field of the earth, the researchers can deduce how their atmospheric circulation.


The scientists found the wind blowing in the weather is relatively thin layer of no more than 600 miles (1,000 kilometers) deep on both planets. For comparison, Neptune is about 30,600 miles (49 250 km) in diameter, while Uranus is about 31,500 miles (50 700 km) wide.


These findings help reveal how the wind comes, the researchers said.


Past studies have suggested the wind on Uranus and Neptune may arise in one of two ways - either the shallow outer atmosphere, or atmospheric mechanisms to further expand their interiors. The researchers found layers windy Uranus and Neptune occupying the outermost 0.15 and 0.2 per cent of their mass, respectively, indicating that the process of pushing their shallow wind, like whirling caused by condensation of water vapor and evaporates in the atmosphere.

 The new study has implications for how scientists understand how planets formed.

"When it comes to thinking about the effects of the dynamics of planet formation, we say below 90 percent of the giant planets static," says Kaspi.


In the future, the Cassini spacecraft currently orbiting Saturn and NASA's Juno probe is scheduled to reach Jupiter can analyze the gravitational field of the giant planets and help better explain their wind too.

"The four giant planets have more than 99 percent of the mass of the solar system beyond the sun, and in the next few years, we will learn about the dynamics of all of their atmospheres," says Kaspi. Saturn and Jupiter must be more complicated to analyze than Uranus and Neptune for the former two planets have more jet streams of the latter pair, says Kaspi.

The scientists detailed their findings in the May 16 issue of the journal Nature.

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