Venus and Mars' atmospheres have both been found to have traces of nitrogen. Though the nitrogen in each of the atmospheres varies from 2.7% to 3.5% the substance is nonetheless present. The theories of how nitrogen enters the atmosphere differ for the two planets. The generation of nitrogen on Mars is believed to be caused by outgassing from the planets local volcanoes. While the generation of nitrogen on Venus is believed to be from the lack of a magnetic field around the planet’s atmosphere.
The 3.5% of nitrogen in Venus’ atmosphere is most likely present because the planet lacks the protection of a strong electromagnetic field. A strong magnetic field is vital for maintaining stability and also shielding the atmosphere from solar wind
1.) Discuss the meaning of the Paleolithic Venuses. Identify Rice's position and explain it. Discuss four other interpretations of these figurines mentioned in class or in the reading. Do any or all of these interpretations support the views of the 19th century evolutionist Johann Jakob Bachofen?
belived to be new or maybe just a heavier from of nitrogen. Inert gases and
The term Masochism derives from a proper name of a nineteenth century Austrian writer, Leopold von Sacher-Masoch. Many of Sacher-Masoch's works contain themes of sadomasochism and female dominance of the male. In his more or less famous autobiographical novel Venus in Furs (Venus im pelz,1870) the protagonist desires to be enslaved and mistreated. A year earlier , in 1869 , Masoch and his mistress Baroness Fanny Pistor signed a contract making him her slave for half a year, with the remarkable stipulation that the Baroness wear furs as often as possible, "especially when she was in a cruel mood".Details of Masoch's private life were published in memoirs of his first wife Aurora von Rümelin (My Life Confession Mein Lebensbeichte, 1906)whom he married to live out the experience of the novel .But the prefences of Aurora did not match those of him, and Masoch ,
Firstly, Venus’s atmosphere is heavily laden with carbon dioxide (CO2), which makes up 96 percent of its atmosphere, 3.5 percent is made of nitrogen, and the remaining 0.5 percent is a combination of water vapor, sulfuric acid (which produce Venus’s thick, stable clouds), hydrochloric acid, and hydrofluoric acid. Venus’s upper atmosphere is cool, which the lower atmosphere is extremely hot and causes the surface temperature to rise to 470C (880F). Venus’ present atmosphere is very dry, but shows signs that it may have once contained water. An abundance of deuterium—the heavy isotope of hydrogen—developed, but was broken down into hydrogen and oxygen atoms by ultraviolet radiation that could not be absorbed by Venus’s lack of an ozone layer (Seeds).
The Birth of Venus, by Sandro Botticelli, after 1482, was the choice for my writing assignment. It can be found on page 401, in our textbook, The Humanistic Tradition, by Gloria K. Fiero. The painting is a tempera on canvas and is 5ft x 9ft ½ in. Canvas was often used because it was less expensive and easier to transport. The Birth of Venus was one of the first non-biblical female nude paintings. Many of the earlier artwork of nude females were of Eve. As I was doing research, I found many different opinions and interpretations of the work. Often nude female artwork enhances a demeaning image of the female.
Known as “Earth’s twin”, Venus is very similar to Earth in composition, size, mass, and gravity. However, their temperatures are not so similar. The average temperature on Venus is a toasty 460 degrees Celsius (864 degrees Fahrenheit), as opposed to the cool 14 degrees Celsius (58.3 degrees Fahrenheit) Earth experiences. Needless to say, it would not be an ideal vacation spot. Venus is the hottest planet in the solar system, thanks to the runaway greenhouse effect. The atmosphere of Venus is also majorly different from Earth. It is composed of 97% carbon dioxide and 3% sulfuric acid, with an atmospheric pressure that is ninety-two times that of Earth. This pressure would be the same as being in the lowest depths of the ocean on Earth. However, like Earth, Venus is one of the four terrestrial planets, meaning it has a rocky surface, and a surface area of 177.7 million square miles. The gravity, which is 8.87 meters per second is very similar to Earth. Its mass is also very similar, 4.867E24 kilograms, and a density of 5.20 grams per centimeter.
Since 1976, when the Viking Landers took off toward the red planet, people have been wondering if there is life on Mars. There have been questions of pictures taken from Mars and skepticism about why some of the recent landings have failed. Scientists, up till now, have been doubtful about life on Mars.
The nitrogen cycle is an important cycle to the atmosphere. Nitrogen is an essential part of the biological molecules such as proteins and nucleic acid, which makes nitrogen essential for all living organisms. Nitrogen makes up 78 percent of the atmosphere. There are five steps in the nitrogen cycle between the abiotic environment and the organisms: nitrogen fixation, nitrification, assimilation, ammonification, and dentrification.
Mars Surface is rocky, with canyons, volcanoes, dry lake beds, and it also has craters all over it. Mars also is mostly covered with dust that looks kinda like red dust that floats all the way around, on the edge. It also has winds and clouds and other things just like Earth.
Living thing need air to breath. Air unseen and untouchable. Air are consist of nitrogen, oxygen, carbon dioxide and other gaseous. Nitrogen is an important element for the living organisms to live and to form the complex organic molecules such as proteins and amino acids. However, most of the living organisms such as plants can only use the nitrogen which already in compound form because the pure nitrogen is inactive and the strong triple bond between its atoms are difficult to break. In order to produce nitrogen that is in compound form, it has to undergo a process known as nitrogen cycle. There are five important processes to create the nitrogen cycle which are nitrogen fixation, nitrification, assimilation, ammonification and denitrification
Space is dramatically huge that you cannot even visualize how huge it is. In our solar system, can we find a planet that supports life? Can living things survive there? However, Scientists have found a planet in the solar system that is similar to planet Earth in some things and it is called planet Venus. Venus is usually called the “Sister of the Earth” or “twin sister” because of the similarities that Venus has to Earth. Technically, there are some similarities and differences between both planets that will be compared and contrasted.
... Titan, researchers have already detected an active organic chemistry in the gas phase with a large amount of organic compounds in the high stratosphere; while the chemistry in the high stratosphere is in the gas phase, chemistry in the lower atmosphere are mainly in the condensed phase.
The subject of my science fiction story will be the near future colonization of Mars. It will be in the form of a crew log recording the difficulties of their mission, one of which will be life support and habitation on such a long journey and potentially continuing at the surface of another planet as well. My paper will cover supplying resources for an endeavor of this magnitude, the features of Mars itself, and potential terraforming of the Martian surface to support human life. Habitation is an issue humanity currently faces with long term exposure to the environment of space in the International Space Station and as such is a problem NASA has put considerable resources toward solving in the hopes of pushing future long term manned missions to celestial bodies within our solar system into the realm of possibility. A manned mission to Mars – especially one for colonization – would certainly fall into the long term mission category and so habitation will be a central part of my explorers’ journeys.
The general name air is given to the atmospheric gases use in breathing and photosynthesis. By amount, dry air contains 78.09% nitrogen, 20.95% oxygen, 0.9% argon, 0.03% carbon dioxide, and small amounts of other gases. Air also contain a uneven quantity of water vapor, on average around 1% at sea level. Air substance and atmospheric pressure fluctuate at dissimilar layers, and air proper for the continued existence of terrestrial plants and animals is
Approximately 80% of the molecules in Earth's atmosphere are made of two nitrogen atoms bonded