Apple vs. Samsung Research Proposal Example | Topics and Well Written Essays - 1000 words

Apple vs. Samsung - Research Proposal Example The comparison between the Apple and Samsung companies is their uniqueness that makes them lead the technological market. The book value of Apple Inc. has never been witnessed in any of the corporations. After Apple trading with XOM (Exxon Mobil Corporation), its share has risen while that of XOM has fallen. This has seen Apple Inc. getting an advantage of approximately $ 200 billion. The gap created by Apple, has made it that even combination of 15 corporations’ market capitalizations cannot defeat it. On the other hand, Samsung contributes approximately 1/6 of South Korea’s Gross Domestic Product. Samsung has got into so many distinct businesses leaving only a few businesses that might be termed as irrelevant. An example of the main businesses that Samsung has ventured in includes life insurance (colossal), ship building and construction. All these are additional to what it is best known of; Samsung Electronics (McFarlane, 2015). The results of this research are to compare the companies: Apple and Samsung. The comparison will be based on the employment potential of the two companies in terms of number and quality (Edwards, 2014). The research will also help determine which of the two companies have better investment prospects (Ante and Connors, 2013). This will assist in the determining the companies that one can best invest in. It will also help in the finding of which company gives its employees the best benefits (Kasewurm, 2006; Apple, 2015; Samsung, 2015). This research will also help determine the environmental practices that are practiced by Apple and Samsung and compare them (Batra, 2013). My qualification as a writer is that I have a great experience in writing having written several reports. My writings normally focus on questions that are anticipated by the instructor and the readers. I always base my work on the data and it is always applied logic in it (Thonney, 2003). My experience will enable the

Applied Statistics for Finance and Economics Project

Applied for Finance and Economics - Statistics Project Example The two will guide the analysis of the rest of the analysis. The first section of the project focuses on the brief description of the two variables representing the log return series. It will apply various statistical approaches including the descriptive methods and graphical methods. Consequently, it will conduct the test for normality to ascertain whether the mean difference and median difference really exist, as well as confirming the randomness and volatility of the stock distribution. The project culminates in the analysis of the capital calculation through the Capital Asset Pricing Model (CAPM) as well as the OLSE (Estimation of the Ordinary Least Squares, in order to test relevant observations concerning the Bata estimation. The figure above shows the summary of the descriptive statistical techniques, for all-important information on the log return on stock value series as well as the log return value of the sap series (Standard and Poor). This is based on the 252 observations forming the entire dataset. The log return of the stock series (lsap) shows a mean of the distribution to be 7.14367. It also gives the standard Deviation of the distribution to be 0.0502348 while the variance of the distribution is 0.0502348. In this regard, the standard deviation of the sample mean can be calculated as 0.0953768 / √252 = 0.006008. The Skewness of the distribution is a positive value of 0.148524 while the nature of Kurtosis is described by the positive coefficient of 2.175841. This according to Tinsley and Brown (2000), indicates a right-skewed distribution with a positive skewness. The lowest quartile is 3.462919; the median value is 3.615367 while the highest quartile is 3.827336. The log return of the stock series (lsap) shows a mean of the distribution to be 3.62903. It also gives the standard Deviation of the distribution to be 0.502348 while the variance of the distribution is 0.0025235. In this regard, the standard