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Quantitative Reasoning Portfolio Logos Pathos and Ethos Writing Method

Quantitative Reasoning Portfolio Logos Pathos and Ethos Writing Method

A critical review of the Gettysburg address in relation to Logos, Pathos, and Ethos writing method. Decide whether this argument is successful or not. If you decide this essay is successful, discuss why. You may use the structure of the argument, the tone, and the various types of support (ethos, pathos, and logos) as proof of the argument’s success. Make sure that your thesis has an introduction that contains a hook and a thesis,
body paragraphs that discuss one proof at a time (one paragraph per example), and a conclusion. If you decide that the essay is not successful, then discuss the fallacies that the argument makes. You are still required to have a strong introduction (hook and thesis), body paragraphs that discuss one fallacy at a time, and a conclusion. You may also discuss how the essay is successful with reservations. In this case, point to both the support and the fallacies you have found in the work.

Quantitative Reasoning Portfolio

Quantitative Reasoning Portfolio

Recalculate the last 3 lines on the first slide. Using: (add the salaries and divide by two) to determine your expected annual salary. Determine the monthly salary (divide the expected annual salary by 12). Then compute the net (after-tax) pay. For simplicity, we will use a 25% tax rate.
Add slide notes to all sides: make sure you have a detailed script for the voice-over presentation. The script can be located in the notes sections of the PowerPoint slides.
Week 6 in the instructions:

Artificial intelligence and virtual reality

Artificial intelligence and virtual reality

Attached is the paper guidelines. My subject is this:
The most fascinating subjects in the world of Information Technology that interest me as of this moment would be Artificial Intelligence, Augmented and Virtual Reality Technology, and Automation. These 3 fields are interesting because these are technologies that are currently being pursed and developed for but have yet to emerge from infancy at least for the first two subjects. Automation continues to grow as technology improves, thousands of jobs emerge continuously as more and more companies find the need to automate their growing
rudimentary needs.
So why is this change relevant and worth researching? I see these technologies as an untapped potential in the market of business and commerce. Artificial Intelligence is ever so encroaching on our everyday lives making itself the norm. Many of my colleagues already are antiquated with personal assistants from their smart devices such as from phones and watches. These artificial intelligence programs are basic but they illustrate how covering the basics already makes them well equipped to handle the everyday tasks of humans. A.I. correctly calibrate
and tune their next sequences based on patterns and correctly triggered relationships which only make them even more sought after by the market.
A.I. is also used in game development to challenge players. Setting up A.I. to follow the rules of a game are no so different from everyday life.
Artificial Intelligence can be correctly tuned for all sorts of applications, and it’s why I find the field fascinating. The cause comes from a direct desire for people to want to create intelligence that reacts and learns from human input.
https://www.forbes.com/sites/bernardmarr/2020/01/06/the-top-10-artificial-intelligence-trends-everyone-should-be-watching-in2020/#1ed8f230390b
Virtual and Augmented Reality technology are two vastly different fields but in short, Virtual Reality means engrossing a user in a virtual space where anything in that space can be manipulated. For example wearing a headset to fully immerse a subject in a virtual world such as a video game would be VR. However AR or Augmented Reality is the process of overlaying information onto the physical world without changing the actual environment or using a simulated space. Using a lens or camera one can manipulate and overlay objects on to physical surfaces that
appear to be tangible but not actually present. These two technologies are definitely growing, many fields are researching ways of using these technologies either together or separately to create new games, new education tools, and new demonstrativeness capabilities. For example business can use AR to virtually simulate changes to an environment without actually committing to the change. Doctors can use perform complex operations with their real hands but in a simulated space to practice without endangering a real patient. These are just possibilities and they are only in their infancy.