Argumentative Essay On Mars

“If the human race is to continue for another million years, we will have to boldly go where no one has gone before,” said Stephen Hawking in 2008. The interplanetary migration of our species has been a stimulating prospect for ages, and, as technology is advancing by the minute, we are only getting closer to its realization. For this prospect, Mars is the sole candidate. There are many reasons why this is so, and there are many reasons as to why we should undergo the colonization of Mars now.

Imagine a new planet with an atmosphere and people roaming around like it was Earth. Scientists can do that by sending just four people to Mars than adding more as the colonists on Mars make additional progress. Scientists have built technology, like a machine that could take the carbon dioxide on Mars and change it into oxygen so people could breath up there. If they are willing to never come back down to Earth let them go up. Colonizing Mars is a terrific idea so the Earth can use the ice hidden underground, the people on Earth will believe that anything is possible, and the people can live up there.

One of Wilkins’ most talked about achievements was the development of radiation shielding against gamma radiation, emitted during electron decay of the Sun and other nuclear sources. He developed mathematical models by which the amount of gamma radiation absorbed by a given material can be calculated. This technique of calculating radiative absorption is widely used among researchers in space and nuclear science

Radiation is one of the main forms of energy (Pettigrew 1). In today’s environment we are only familiar with the basic types of radiation. These types are in the form of

Colonizing Mars would not only be a scientific breakthrough, but it would be extremely beneficial to the human race and their future. Mars would help humans in many ways by providing a planet for humans to fall back on if any bad event were to happen to Earth. Colonizing Mars would prove to be very helpful and rewarding. Also, many engineers and scientists like Elon Musk, founder of Space x and Tesla, are on board are on board with this futuristic idea.

For my original, scientifically-correct science fiction article that I will be writing later on this quarter, I plan to describe the dangers that astronauts face when traveling to outer space. Not only are there numerous unknowns that may arise as challenges, but there are very real health risks that must be addressed. Among those risks are the effects of long term space travel, and the lack of adaptation by the human body, as well as the high amounts of radiation that are present outside of the protection that the Earth provides. To better understand the radiation exposure that astronauts must deal with in space, I will define the risks of exposure to

I would like to take this opportunity to thank you for your visit at Hartnell and an excellent presentation. It was exiting to hear that you yourself are a Monterey county native and how far you've come with your journey. I enjoyed how you discussed that the road to follow might not always be a straight one but may come with curbs and turns. I'll keep that in mind during my academia and career.

If Earth was in trouble and we needed to find a new home, where would we go? Mars One is planning to send two crews of people over to Mars to start a new nation, a new colony. Mars One is a program that isn’t apart of NASA and they are funding a expedition to Mars so they can start a civilization, because they believe that we will run out of resources and room on Earth. The opposing sides are trying to establish whether the trip is a suicide mission or a possible new home for us all. Our claim about Mars One is that we agree and that it is a good idea to go and have that amazing experience and that if you think that it is a good idea and you are on board with it you should put your say in Mars One.

There are two main causes of radiation when travelling in our solar system [3]. One of them are solar flares, which release X-rays and Gamma rays, and the other are CMEs. CMEs release large amounts of X-rays, and these are what are responsible for auroras on Earth. Some solutions to make radiation less of a problem for astronauts is in how structures of space crafts are built to minimize radiation and also the materials with which they are built with [1].

On April 5, NASA revealed they had discovered something strange on the surface of Mars, baffling experts.

Over the past few months people all over the world have applied for a mission to go to the red planet, Mars. Four lucky people will be chosen to go live on Mars. They will have to endure eight to ten years of brutal training. In addition, their every movement will be watched and scrutinized. After all of this, these few people will be the first to live and to die on Mars. Going to Mars is a dangerous mission. The smallest mistake can lead to ultimate mission failure. Even the tiniest of errors can cause engine failure, cosmic radiation contamination, or a shortage of power.

At the moment, astronauts’ next goal in manned missions is to try to figure out the most efficient and safe way in succeeding in a manned mission to Mars. However, in order to achieve such a mission, astronauts must completely understand the additional perils that accompany adventures into space of the length that would be required for such a trip. With experiments that have been completed and are in the process of being done, scientists are able to better understand the many risks that contribute to the danger of such prolonged missions, in hope of finding solutions that will make a mission to Mars possible. Although there are many risks that a human will take when remaining in space for such a long period of time, this paper will

Why did Columbus travel west? Why did Marco Polo head east? Because it is that pull, that unknown, that prospect of adventure that compels humans to seek new frontiers to explore.

4. What is the difference between all-unit quantity discount and incremental discount schedules? How would the costs and EOQs differ? Which would be preferable assuming that both share the same cost figures?

In the past, one-way trips to Mars have been conducted ranging from 150-300 days [2]. When adding time spent on the planet and a return trip, that number doubles, testing human resilience in space even further. Scientists need to come up with ways to safely send human beings to these remote planets and find ways to combat the following physical and psychological challenges their astronauts face.