Red Planet Research Paper

The planet Mars is a red plant that is found in the Solar System in the Milky Way Galaxy one planets farther from the sun than Earth. The planet Mars has a very thin atmosphere full of primarily carbon dioxide. The surface of Mars is very dusty and rocky because of volcanoes. The geology of Mars is different from Earth in many ways including the amount of volcanoes, mountains, valleys, and internal makeup.

Mars is a rocky body about half the size of Earth. Like Earth, Mars experiences seasons because of the tilt of its rotational axis, so its distance to the sun changes, according to NASA (n.d.). Telescope observations show water-iced clouds, polar ice, and volcanoes. Mars has the largest Volcanic Mountain in the solar system, named the Olympus Mons and has two moons in its orbit.

The quote above gives a quick biography on Mars. Mars is a dry, desert like planet that is between Earth and the Asteroid belt and Jupiter. It is the fourth planet from the Sun and the second closest to Earth (first being Venus). Mars is just over one half the size of Earth and has just over one third of Earth 's gravity, and the surface area on Mars is nearly the same as land area on Earth. It has a very weak magnetic field, so a lot of the Suns radiation gets to the surface. Its atmosphere is less than 1% as dense as Earth’s and 95% of it is carbon dioxide. 1 year on Mars is 687 days and has an average surface temperature of -62 degrees Celsius. But Mars does have its similarities, It travels only 4 miles per second slower around the sun, its tilt is 25 degrees, compared to Earth 's 23.5. 1 day on Mars is just 41 minutes longer than Earths, and Mars’ surface temperature range is the closest in the Solar System to Earth’s. http://www.universetoday.com/22603/mars-compared-to-earth/. But

Like how seasons are the changes on land, they can also be apply to oceans in temperate latitudes. The most productive seas on the planet are the seasonal seas because they border the temperate parts of the world where conditions change throughout the year. The power of the sun is constantly changing; hence there are different seasons even under the seas due to the different in sunlight radiation. In the far north, summers are warm and gentle, while winters are wracked by savage storms. Sable Island, southeast of Nova Scotia in the Atlantic Ocean is home to the world’s largest colony of gray seal, about 100,000 seals come to breed here each year. The climate at this location is heavily influenced by the sea and being located in the path of major frontal storms and cyclones, precipitation is high. Around March, the seas have warmed enough to trigger phytoplankton to appear. Phytoplankton is tiny algae, each smaller than a pinhead. During this time of the year, phytoplankton reproduces with an amazing speed and produces more annual growth than all the parts on land together. They

Red Cloud was born around 1820 near the forks of the Platte River, near the present day city of North Platte, Nebraska. His parents were Lone Man, and Walks as She Thinks. When asked about his name, he said it was a family name. Red Cloud’s parents died when he was around the age of five or so.

What do you think we would do if someone from anther planet landed in the U.S and claimed it as his territory because he had discovered it? How would you feel about this?

We find mars so fascination because if you know what to look in the sky, the reason why is obvious enough. Mars is visible to the naked eye, and clearly red. It’s also close: our ability to see it so easily prove to the relative nearness of the planet. The world around us now is loaded with references to mars: witness movies with titles like “mission to mars” (2000) and “red Planet: (2000) fact-filled stories or films (about an event or person) like NOVA’s “Can we make it to Mars?” , not to mention numerous science fiction stories like Ray Bradbury’s 1950s “The Martian Records/tells a story” and non-fiction books like “The case for Mars” and (definitely/ as one would expect) “packing for mars” which both explore what it would take to send not just a robotic analog for people/(the kindness of people), but actual living breathing humans. At 1:31 a.m. eastern on Monday, August 6, our fascination with mars continued when the mars science laboratory landed on the red planet. It’s not the first wanderer humans have sent to mars: NASA has been sending robotic (people who represent a government, etc.) since Viking 1 landed in 1976.

Mars is an interesting and mysterious planet. It is often referred to as the Red Planet. The Romans named Mars after the god of war. The rocks, soil, and sky all have a red hue on account of rust. Mars is the fourth planet from the sun at about 141 million miles (228 million kilometers) and the last terrestrial planet from the Sun. Mars follows closely behind Earth but is comparatively smaller, with about half the diameter of Earth (6,794-km) and about one-tenth of Earth s mass (6.419 x 1023 kg). Thus the force of gravity on Mars is about one-third of that on Earth. Mars is probably the planet we know the most about since it is so close to Earth, though what we know now is not even close to everything about the planet. Over

NASA predicts humans on the Red Planet in 2030. In order to get there we need faster, more improved technology. Some of the mechanics mentioned in The Martian have been, or currently are being created by NASA to one day send us to Mars.

In 2020, NASA is going to launch a rover to Mars. The rover will be on Mars for one Mars year which is the equivalent of 687 earth days. This special mission is to find out more about future life on Mars. The rover will be carried to Mars by a specially designed spacecraft. The rover will be equipped with the best technology to ensure connection with Earth.

Planet Nine is a hypothetical large planet in the far outer Solar System, the gravitational effects of which would explain the improbable orbital configuration of a group of trans-Neptunian objects (TNOs) that orbit mostly beyond the Kuiper belt.

Regardless of how you know the red planet, it does not change what is known about the red planet and what secrets it continues to unveil to us. Recently, our present understanding of Mars has been complemented with the organization of Mars imagery, which can be seen on NASA’s webpage. There, you can actually take a tour of the planet.

William Herschel discovered a new slowly moving object in 1781. He thought it was a comet. Other astronomers calculated its orbit and realized the new object was circular, making it a planet. Questions were asked throughout the discovery about if there really was more out there to discover. Many thought it was all discovered and that was the end of it. Finding another planet was extraordinary, but this also opened up many minds to the fact that there is probably more out there past the orbit of Saturn to discover. The possibility of additional planets was not taken seriously, so having that disbelief fueled the scientists even more. This discovery was so surprising due to the fact that space is not somewhere that every individual has access

One of the first things to determine when looking for life in space is whether or not water is present on the exoplanet. Liquid is a necessary medium for carbon-chains to eventually develop into life, and water is not only cosmically abundant, but is also a great facilitator for this process. The next is the presence of organic materials needed to construct complex organic molecules, such as carbon. Until we receive evidence heavily suggesting otherwise, the search for life in space should focus on carbon-based life, as it's the only sort that we are sure exists (as much as any of us can be sure of our own existence). The age and position of an exoplanet is also largely relevant to discovering life. It took approximately 1 billion years for

Scientists now believe that humans can live in the Red Planet and we should move there someday. The Red Planet, also known as Mars, is the fourth planet from the Sun in our solar system. It is a cold desert planet with flat lands and largest volcanoes such as Olympus Mons. Mars is under the thin and cold atmosphere which may be the evidence that liquid water cannot exist in here. However this mysterious planet gives a clue of the possibility of liquid water existence which is the valleys and channels in Mars. This planet has strong dust storms, seasons, and the average temperature is -60 degree Celsius. It has 2 moons, Phobos and Deimos that are rich in carbon and ice. Scientists predicted that after 50 million years, Phobos can hit Mars or become its ring due to the movement getting closer to Mars every century.