Temperature on the Surface of Venus

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Bibliographic Entry Result
(w/surrounding text)
Standardized
Result
The New Book of Popular Science. Danbury, CT: Grolier, 1994. "But with surface temperatures of 894 °F (480 °C), Venus is too hot for water." 753 K
"Venus (Planet)."The Encarta Concise Encyclopedia. 19 December 1999. "The surface temperature of Venus is highly uniform, about 462 °C (about 736 K/864 °F)" 736 K
Williams, David R. Venus Fact Sheet. NASA Goddard Space Flight Center. 12 October 1999. "Average temperature: 737 K" 737 K
"Mariner" The Grolier Multimedia Encyclopedia, Grolier Electronic Publishing, 1993. "this data indicated not only that the surface temperature of Venus is about 400 °C (800 °F)" 673 K
French, Bevan M. & Maran, Stephen P. A Meeting with the Universe. NASA-GPO, 1981. "Venus' surface temperature is 900 °F" 755 K

Venus is the second planet from the sun. When viewed from a telescope Venusexhibits phases similar to that of the moon. Venus rotates on an axis like earthbut slower and in a direction opposite Earth's. The atmosphere on Venus is comprisedmostly of carbon dioxide (CO2) and a small percentage of the atmosphereis nitrogen. Venus has many clouds, which are made up of high concentrations ofsulfuric acid.

Water and water vapor are extremely rare on Venus due to its high surface temperaturethat can approach 758 K (900 °F). This extreme temperature is causedby the greenhouse effect. As sunlight heats Venus' surface, the surface radiatesinfrared energy that is kept from escaping the planet by dense carbon dioxideatmosphere.

The atmospheric pressure on Venus is 90 times greater than that of the Earth.The surface of Venus is very mountainous and has many volcanoes, some of whichare higher than Mt. Everest. The gravity on Venus is similar to that of Earthbut the mass of the atmosphere would crush a person and the air on Venus is unbreathable.

George Ryabov -- 2000

Bibliographic Entry Result
(w/surrounding text)
Standardized
Result
Arnett, Bill. Venus. Nine Planets Solar System Tour. University of Arizona. "This dense atmosphere produces a run-away greenhouse effect that raises Venus' surface temperature by about 400 degrees to over 740 K (hot enough to melt lead). Venus' surface is actually hotter than Mercury's despite being nearly twice as far from the Sun." 740 K

Editor's Supplement -- 2000


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