k Neptune Neptune. Computer artwork of a possible scene below clouds on the planet Neptune. Neptune, a gas giant, is the eighth planet from the Sun. The large distance from the Sun means Neptunes outer layers are around 218 degrees Celsius. Most of the atmosphere is hydrogen and helium, with traces of water and methane. The temperature and pressure rise with depth, and the atmosphere merges into a liquid region of rock, water, methane and ammonia. Deep below this is a rocky core. From space, Neptune appears blue due to the absorption of red light by atmospheric methane. Neptune has the fastest winds in the solar system. Stock Photo - Afloimages
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Neptune Neptune. Computer artwork of a possible scene below clouds on the planet Neptune. Neptune, a gas giant, is the eighth planet from the Sun. The large distance from the Sun means Neptune s outer layers are around  218 degrees Celsius. Most of the atmosphere is hydrogen and helium, with traces of water and methane. The temperature and pressure rise with depth, and the atmosphere merges into a liquid region of rock, water, methane and ammonia. Deep below this is a rocky core. From space, Neptune appears blue due to the absorption of red light by atmospheric methane. Neptune has the fastest winds in the solar system.
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Neptune

Neptune. Computer artwork of a possible scene below clouds on the planet Neptune. Neptune, a gas giant, is the eighth planet from the Sun. The large distance from the Sun means Neptune's outer layers are around -218 degrees Celsius. Most of the atmosphere is hydrogen and helium, with traces of water and methane. The temperature and pressure rise with depth, and the atmosphere merges into a liquid region of rock, water, methane and ammonia. Deep below this is a rocky core. From space, Neptune appears blue due to the absorption of red light by atmospheric methane. Neptune has the fastest winds in the solar system.

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