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In Reply to: RE: "a sad joke"? posted by Rob Doorack on July 11, 2010 at 19:45:49
Neither space agency has a motive for telling the truth -- that there is life on Venus. The notion of 800 or 900F heavy clouds of sulfuric acid is a sad joke. Regardless of whether there is life on venus, NASA has not been truthful to us and has been controlled by cultists and Nazi's from the beginning. It's also a military organization from its charter. Read: Dark Mission, The Secret History of Nasa by Richard Hoagland. The countless space shuttle missions were about weaponizing space.
http://www.solstation.com/life/ven-life.htm
Wikipedia is now a controlled arm of the mainstream media, however, here is some info from Wiki which does not support their case. Namely that sulfuric acid decomposes at temps above 300C, so 800 or 900F would not allow Sulfuric acid.
Venus
Sulfuric acid is produced in the upper atmosphere of Venus by the Sun's photochemical action on carbon dioxide, sulfur dioxide, and water vapor. Ultraviolet photons of wavelengths less than 169 nm can photodissociate carbon dioxide into carbon monoxide and atomic oxygen. Atomic oxygen is highly reactive. When it reacts with *sulfur dioxide, a trace component of the Venusian atmosphere*, the result is sulfur trioxide, which can combine with water vapor, another trace component of Venus's atmosphere, to yield sulfuric acid. In the upper, cooler portions of Venus's atmosphere, sulfuric acid exists as a liquid, and thick sulfuric acid clouds completely obscure the planet's surface when viewed from above. The main cloud layer extends from 45–70 km above the planet's surface, with thinner hazes extending as low as 30 km and as high as 90 km above the surface. The permanent Venusian clouds produce a concentrated acid rain, as the clouds in the atmosphere of Earth produce water rain.
The atmosphere exhibits a sulfuric acid cycle. As sulfuric acid rain droplets fall down through the hotter layers of the atmosphere's temperature gradient, they are heated up and release water vapor, becoming more and more concentrated. When they reach temperatures above 300°C, sulfuric acid begins to decompose into sulfur trioxide and water, both in the gas phase. Sulfur trioxide is highly reactive and dissociates into sulfur dioxide and atomic oxygen, which oxidizes traces of carbon monoxide to form carbon dioxide. Sulfur dioxide and water vapor rise on convection currents from the mid-level atmospheric layers to higher altitudes, where they will be transformed again into sulfuric acid, and the cycle repeats.
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