NEPTUNE

NEPTUNE

NEPTUNE PLANET PROFILE

Equatorial Diameter: 49,528 km
Polar Diameter: 48,682 km
Mass: 1.02 × 10^26 kg (17 Earths)
Moons: 14 (Triton)
Rings: 5
Orbit Distance: 4,498,396,441 km (30.10 AU)
Orbit Period: 60,190 days (164.8 years)
Surface Temperature: -201 °C
Discovery Date: September 23rd 1846
Discovered By: Urbain Le Verrier & Johann Galle

Neptune is the eighth planet from the Sun, making it the most distant in the solar system. This gas giant may have formed much closer to the Sun in the early solar system history before migrating out to its current position.
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Realities about Neptune

• Neptune is the most far off planet from the Sun.
• Neptune is the littlest gas monster.
• A year on Neptune endures 165 Earth years.
• Neptune is named after the Roman lord of the ocean.
• Neptune has 6 weak rings.
• Neptune was not known to the people of old.
• It isn't noticeable to the unaided eye and was first seen in 1846. Its position was resolved utilizing numerical forecasts. It was named after the Roman divine force of the ocean.
• Neptune turns on its pivot quickly.
• Its central mists require 16 hours to make one revolution. This is on the grounds that Neptune isn't strong body.

Neptune is the littlest of the ice monsters.

Regardless of being more modest than Uranus, Neptune has a more prominent mass. The following its weighty climate, Uranus is made of layers of hydrogen, helium, and methane gases. They encase a layer of water, smelling salts and methane ice. The inward planet's center is made of rock.

The climate of Neptune is made of hydrogen and helium, with some methane.

The methane ingests red light, which causes the planet to seem a wonderful blue. High, slight mists float in the upper environment.

Neptune has an extremely dynamic environment.

Enormous tempests spin through its upper environment, and rapid breezes track all over the world at up 600 meters each second. Probably the biggest tempest at any point seen was kept in 1989. It was known as the Great Dark Spot. It went on around five years.

Neptune has an exceptionally slight assortment of rings.

They are probable comprised of ice particles blended in with dust grains and potentially covered with a carbon-based substance.

Neptune has 14 moons.

The most intriguing moon is Triton, a frozen world that is heaving nitrogen ice and residue particles out from underneath its surface. It was probable caught by the gravitational draw of Neptune. It is likely the coldest world in the planetary group.

Just a single shuttle has flown by Neptune.

In 1989, the Voyager 2 space apparatus cleared past the planet. It returned the primary close-up pictures of the Neptune framework. The NASA/ESA Hubble Space Telescope has additionally concentrated on this planet, as have various ground-based telescopes.

Neptune's Great Dark Spot

The Great Dark Spot in the southern environment of Neptune was first found in 1989 by the Voyager 2 space apparatus. It was a staggeringly huge alternating tempest framework with winds of upto 1,500 miles each hour, the most grounded breezes recorded on any planet. How such strong breezes were found on a planet such a long ways from the sun is as yet viewed as a secret right up 'til today.

Information from the Voyager 2 space apparatus additionally showed that the Great Dark Spot fluctuated fundamentally in size during their short pass of the planet. Whenever Neptune was seen by the Hubble Space telescope in 1994 the Great Dark Spot had disappeared, albeit an alternate dull spot had showed up in Neptune's northern half of the globe.

Neptune's Atmosphere

Neptune has an extraordinarily thick environment included 74% hydrogen, 25% helium and around 1% methane. Its climate likewise contains frosty mists and the quickest twists kept in the nearby planet group. Particles of frigid methane and minor gases in the limits of the air give Neptune its dark blue tone. The striking blue and white highlights of Neptune additionally help to recognize it from Uranus.

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Neptune's air is partitioned into the lower atmosphere and the stratosphere with the tropopause being the limit between the two. In the lower atmosphere temperatures decline with height anyway they increment with elevation in the stratosphere. Hydrocarbons structure clouds of brown haze that show up in the whole upper climate of Neptune and hydrocarbon snowflakes that structure in Neptune's air soften before they arrive at its surface because of the great strain. Cool.

NEPTUNE VIDEO