Venus Research Paper

Like Mercury it is a rocky planet. It's even hotter than its smaller cousin Mercury, with temperatures drastically increased by an unchecked system of greenhouse gasses. The temperatures also varied wildly, from a -364 degree Fahrenheit low to a 870 degree high. Venus also hosts wild winds, blowing at extremely high speeds at the poles while the air at the equator hangs at a standstill. This air is also extremely heavy, and weighs almost 90 times heavier than that on Earth. Venus is constantly covered in thick, sulfurous clouds. These clouds reflect almost 90% of the light that hit them, making Venus the brightest object in the sky besides the sun and the moon. They also contain droplets of sulfuric acid, which occasionally rains down on the planet's surface. These storms even contain

Venus, is the brightest planet in our sky and can sometimes be seen with the naked eye if you now where

Atmosphere: Venus has a thick layer of Carbon Dioxide as it’s atmosphere, much hotter and denser than Earth’s. Venus’s atmosphere supports clouds made of sulphuric acid, making it impossible to optically observe the planet’s surface.

An interesting fact about Venus is that it has a dense layer of cloud in its atmosphere. This coverage allows only 41% of the sunlight reaches the surface. Another interesting fact is that Venus could have a relatively

Venus choked in smog, a crushing atmosphere of carbon dioxide. Venus, shaped by volcanoes. Venus, where day and night it’s always 480 degrees Celsius yet no Sun ever penetrates these poisonous skies. Venus is a puzzle, it rotates just once in 243 days, yet clouds race around the planet in four. And, with a diameter of more than 12.000 kilometres. Venus is almost the size of Earth, but few twins are so different. Once, Venus may have been like Earth with oceans, continents and clear blue skies.

Venus has a very thick atmosphere a hundred times thicker than earth's. It is made up of almost entirely carbon dioxide. The atmosphere is protected with a very thick cloud cover, much of it is sulfur dioxide clouds. Earth's atmosphere is unique and made up of mainly nitrogen and oxygen. The reason that we have so much of those two gases and pick up oxygen is actually due to life on earth. Also, it is the only planet that has an ozone layer that blocks harmful UV radiation. Mars does have an atmosphere, although it's close to a hundred times thinner than earth's. In the case of mars it's so thin that there is not really much going on. There are occasional dust storms, it actually engulfs the entire planet. One other very important difference

Unlike our atmosphere, Venus is a little different. It has a “greenhouse effect” that turns any living thing straight into ash. “Earth has hosted plate tectonics and a global magnetic field for billions of years, sustaining water oceans and allowing life to flourish. A thick atmosphere chiefly composed of carbon dioxide, in contrast, drives a greenhouse effect on Venus that would instantly reduce any terrestrial organism to ash.”-(O'Rourke, Joseph Ghilarducci). “Globally, more than 80 percent of the surface deviates less than 1 km (0.6 mile) from the mean radius. At several locations on the plains are broad, gently sloping topographic depressions, or lowlands, that may reach several thousand kilometres across; they include Atalanta Planitia,

Mars's atmosphere is about 100 times thinner than Earth's and it has a very little atmosphere.

The size and density of Venus are very similar to the Earth, but, unlike this, has a very dense atmosphere, which is composed of carbon dioxide and thick clouds of up to 15km in thickness formed by droplets of sulfuric acid. Due to the thick layer of clouds, Venus is the planet of the solar system with the higher surface temperature.

Venus is the hottest planet in the solar system. It also is classified as an inner planet. The planet’s size is 3,760 miles. Venus is also known for its volcanoes. The biggest volcano on Venus is Matt Mons. Scientists think Matt Mons is might be erupting. You can’t see Venus’s surface because it has a super thick atmosphere. It is 67 million miles away from the Sun and is the second planet from the Sun. Venus is also known as “Earth’s next door neighbor” or “Earth’s twin”. In fact, Venus is slightly smaller than Earth. Venus has no moons and is the sixth planet biggest planet in the solar system.

Venus is considered Earth's sister planet, it has the same size, gravity level, composition and other characteristics. 80 percent of it's surface is covered in volcanic plains,

Venus is a planet very similar to Earth, with a slight but very important difference, its greenhouse effect. Venus has a temperature of 900F, but the planet itself is very similar. As the second

The photographs taken were then examined by NASA as well as the Japanese Aerospace Exploration Agency (JAXA) (http://global.jaxa.jp/). The images will give an insight into finer details of the planet which have been unknown to scientists as of yet. This information’s time to shine is now as it could be useful to any future missions to Venus as well as identifying similar planets as they cross in front of distant stars.

Michael Way from NASA’s Goddard Institute for Space Studies and his colleagues have applied the first three-dimensional climate model to early Venus in order to visualize the complexities of its atmosphere and to predict how Venus might have looked in its early existence. The model uses the same computer simulations used to predict climate changes on Earth in order to predict climate changes on early Venus. The team ran the model for Venus’s climate 2.9 billion years ago, and then again for 715 million years ago. Keeping Venus’s present-day topography and rotation speed intact, they discovered that the temperature of Venus 2.9 billion years ago could have been similar to Earth’s (around 11 degrees Celsius) and that the planet would have only

To comprehend Venus’s capability to hold life, we must understand what life needs on Earth to sustain itself. On Earth, all life go through functions to convert certain reagents into energy. There are two types of life on