The Influence Of Chemin On Mars

2. Use the geologic definition of a mineral to determine which of the items listed in Figure 1.1 (p.3 lab book) are minerals and which are not minerals. Put an “X” in the appropriate box.

In the past year, researchers have found probable signs of liquid water flowing on Mars’ surface, such as waterlogged molecules, leading to the idea that Mars could possibly sustain life. Hydrated salt was seen through the orbital camera, this is significant because hydrated

In addition, the crust of Mars contains more volatile elements such as sulfur and chlorine than Earth.

Did you watch The Martian in the movie theaters? It’s hard to make the distinction between science fiction and reality. This paper is dedicated to describing the geology of Mars in reference to our own planet. How do the two planets relate? On a fun note, is there any point in going to Mars? In conclusion, with the power of research, this paper will unlock the mystery surrounded with the geology of Mars.

Introduction: Rocks are a natural substance composed of solid crystals of different minerals that have been fused together into a solid lump .1 They are so common and we see them especially along the river bed, along beaches, also when we visit historical places we notice that most of the castles and roads are made of rocks .If we look at the photos of these objects taken long time ago and compare them to how these objects look now we can notice that their appearances have changed .These changes occur when rocks are exposed to the processes such as wind, water, and biological activities .Chemical weathering is another process which may affect rocks and to understand how rocks are altered by chemical reactions can be answered through this

The New York Times article, Mars Finds Changing Rocks, Surprising Scientists written by Kenneth Chang describes the new discoveries made by NASA’s rover. Since the rover landed on Mars August 6, 2012, it has collected plenty of data regarding its atmosphere. The vast majority of these discoveries cognizance two different types of rocks found on Mars: Mudstone and Sandstone. The older rock: mudstone had been made out of lake deposits and the younger rock: sandstone had been made of coarse grains that had blown away and were gravitated to a mountain on mars. Both of these rocks are Basalt rocks. This means that it is likely the rocks are 50% Silica. From watching the rovers footage scientists have observed that the rocks on Mars are constantly

If the sun dies, humans are going to need another planet to relocate to. Mars is one other option, however with all the possible factors the risk may be too great. According to a journal called Scientific Reports, they have "found that even six months after returning to earth mars astronauts would experience brain inflammation and neuronal damage". Even though Mars is similar to earth and the planet is capable of holding life, the health risk for our species is too large. Humans would be exposed to radiation which would lead to neuron damage, memory issues, anxiety, and depression problems. With humans contracting so many problems, would people even want to risk their lives and health for the trip? The increase of solar radiation poses a hazard

The molecular composition of OM is very important, it gives us data on everything(thermal history of sedimentary basins, environmental condition like water salinity and climate and finally the type and origin of OM(Organic matter).

It is February here on Earth. The year is 2071. Humans have long abandoned the idea of completely colonizing Mars. Instead, they have decided to build outposts in space much like the European explorers in the 16th century, on route to China for trade to protect the motherland’s trade route from enemies and refuel ships.

Current evidence suggests that Mars was a planet similar to Earth, which has inspired many different beliefs today. Currently, on Mars there are seven active probes searching for information about the planet’s environment. The two Exploration probes search for different types of rocks and soil, which could potentially hold clues on Mars’ water activity, while the Curiosity rover is searching for signs whether or not Mars is or was suitable for life. Each of the seven probes work together to answer the question “did life or water once exist on the red planet?”

Out of the eight celestial bodies in our solar system that we refer to as Planets, The planet that is 227,940,000 Km from the Sun and so happens to be red is by far the most interesting plant that isn't named earth. Its name? Mars.

According to our text, Essential environment: The science behind the stories, a mineral “…is any naturally occurring solid element or inorganic compound with a crystal structure, a specific chemical composition, and distinct physical properties” (P. 230).

Secondly, for life to exist the proper atmosphere must be present. Earth has a unique atmosphere, for it is composed of various gases. The two major gases present are oxygen and nitrogen. 78% of Earth's atmosphere is nitrogen. This significant gas is essential for life to exist, as it is the basic ingredient for amino acids which make up protiens. Future missions have been designed to specifically have instruments that can detect organic nitrogen. "Scientists are convinced that if there's life on Mars, it will contain nitrogen." (www.sciencedaily.com; Epic Search for Evidence of Life on Mars Heats Up With Focus On High-Tech Instruments). If nitrogen is present in Mar's atmosphere, it will provide a strong piece of evidence to support the research to answer the suggestion of life on the planet. Also, oxygen must be present for respiration. Not only does mammals need oxygen to breathe, but plants do as well. Oxygen is also present is our water. Only a small portion of living things don't require oxygen to life, and these are anaerobic organisms such as bacteria. Most organims require oxygen to live and can only survive a few minutes without it. If oxygen is found in atmospheric samples, scientists would

A reduction in Mars’ size would cause Mars’ interior to cool at a quicker rate and result in fewer tectonic and volcanic activity. The smaller size would also cause a reduced outgassing which would result in minimal erosion. If this were to happen tectonics and erosions would not have erased many of the craters on the surface of Mars, making the planet abundant with craters.

This tells them what, and how much of an element should be present in the Earth. This is how scientists know what is present in the Earth. This is also what allows them to make judgments on what is present deep inside of the Earth.