Polarized Public

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Alan Abramowitz, in his work, The Polarized Public, argues that the mass voting public has become much more polarized and ideological in recent elections. The goal of this assignment is to reflect upon Abramowitz’s argument by engaging in your own data analysis. You must use data from credible sources as we discussed in class. To start your research, you may access the following data set by Pew Research on the 2016 Presidential election: http://www.pewresearch.org/fact-tank/2016/11/09/behind-trumps-victory-divisions-by-race-gender-education/. After collecting and analyzing the data from the 2016 Presidential election, you are to write a 5-8 page paper incorporating the following questions: 1. Is Abramowitz correct in his analysis that the voting public is more polarized? Do we see polarization in the 2016 election? (Use data from PEW or other credible sources). 2. Abramowitz discusses a racial divide in the 2008/2012 electoral cycle. Did we witness a racial divide in 2016? Cite evidence. 3. Is political polarization a problem in our democracy? What are the causes and solutions to political polarization?

Sample Solution

In a country with over 318 million, people there are varying ideologies and attitudes. Proponents like Adam Abramowitz author suggests that these ideologies and attitudes reveal a deeply divided polarized electorate among the electorate. The mass voting public is comprised of people with different ideological beliefs, race, ethnicity, religion among other things and therefore there should not be expectation of same

The last stage was the arrangement of the gold shell, where 50L of 1.0% by weight chloroauric corrosive was added to the thiolated PEG-altered nanoparticles, trailed by 100L of 80mM hydroxylamine. Once more, an attractive field and water were utilized to isolate the nanoparticles before suspending them in 20mL of water with a further 5mg of polyethylene glycol, and another filtration step including an attractive field and water was done. The means including the arrangement of the gold shell were rehashed multiple times so as to accomplish a full inclusion of the nanoparticle.10

Of the considerable number of strategies examined until this point, this is by a long shot the most perplexing as far as the quantity of steps, and the assortment of materials utilized. This is because of the quantity of layers associated with the nanoparticles – magnetite nanoparticles, a poly (allylamine hydrochloride) covering, a thiolated PEG covering, and a gold shell. This is additionally an exorbitant methodology, because of the quantity of reagents as well as in light of the fact that few reagents are separately costly – chloroauric corrosive, polyethylene glycol, alkali, poly (allylamine hydrochloride), thiolated PEG, and hydroxylamine specifically. It was again accepted that the most noteworthy virtue of every reagent would be wanted given the potential organic application.

Be that as it may, in spite of the impediments in the blend of these nanoparticles, the final result stands apart from those talked about in past strategies, due to the attractive nanoparticles at the center. The subsequent attraction presents a degree of controllability that is absent in, for instance, the gold-chitosan nanocomposites or the multi-layered gold nanoshells, both talked about above.

The nanostructures examined so far have basically been circular in geometry – Huang et al (2005) proposed a strategy for getting ready gold nanorods with close infrared retention which could be applied in both the recognition and treatment of dangerous cells.

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