Venus: Difference between revisions

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(Created page with "{{Infobox planet |name = Venus |native name = |image = Venus.png |alt = |caption = |system = Sol, II |moons = |satellites = |diameter = 12,104 km |day_length = 243.025 earth days (retrograde) |year_length = 224.701 earth days |gravity = 0.904 g |atmosphere = |temperature = 464 °C (867 °F) |adjective = Venusian |population = 1,773,000 |government = {{flag|N...")
 
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|adjective  = Venusian
|adjective  = Venusian
|population  = 1,773,000
|population  = 1,773,000
|government  = {{flag|North Atlantic Conglomerate}} {{small|([[Venusian Union]]}}<br>
|government  = {{flag|North Atlantic Conglomerate}} {{small|([[Venusian Union]])}}<br>
[[Republic of Celestia]]<br>
[[Republic of Celestia]]<br>
[[Dodecanese Federation]]<br>
[[Dodecanese Federation]]<br>
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===Chemical composition===
===Chemical composition===
===Internal structure===
===Internal structure===
===Tectonic plates===
===Surface===
===Surface===
===Gravitational field===
===Gravitational field===

Latest revision as of 20:06, 7 April 2024

Venus
Star, PositionSol, II
Diameter12,104 km
Length of day243.025 earth days (retrograde)
Length of year224.701 earth days
Surface gravity0.904 g
Mean temperature464 °C (867 °F)
AdjectiveVenusian
Population1,773,000
Government North Atlantic Conglomerate (Venusian Union)

Republic of Celestia
Dodecanese Federation

Free City of Asgard

Venus is the second planet from Sol. It is notable for having an extremely dense atmosphere, composed mostly of carbon dioxide with a thick, global sulfuric acid cloud cover. At the surface it has a mean temperature of 737 K (464 °C; 867 °F) and a pressure of 92 times that of Earth's at sea level. It was first settled in 2077 by the crew of the HAVOC 2 mission, after the catastrophic failure of the HAVOC 1 mission in 2062 which killed all 30 of its crew members. It is now home to nearly 2 million inhabitants, living in floating cities high in Venus' atmosphere where the pressure and temperatures are similar to that of Earth's surface.

Etymology

Physical characteristics

Size and shape

Chemical composition

Internal structure

Surface

Gravitational field

Magnetic field

Orbit and rotation

Rotation

Orbit

Axial tilt

Life