Question: 1. USA Data Collection [10 points] The following data, table 693 is from the US Census Bureau. It can be used to model a Lorenz

1. USA Data Collection [10 points] The following1. USA Data Collection [10 points] The following
1. USA Data Collection [10 points] The following data, table 693 is from the US Census Bureau. It can be used to model a Lorenz function for a given year. As an example, let' 5 consider income distribution in 19 70. According to the data here, the poorest 20% [lowest 5151] of the population receives 4.1% of total income for families. Table 693. Share of Aggregate Income Received by Each Fifth and Top 5 Percent ofHouseholds: 1970 to 2008 50,649 H.543 . 53.483 73.318 94,312 57.610 56.161 99.627 58.\" 91.353 \"H.209 . 55.233 102.232 109.29? 34.4% 101.543 . 111,278 . . 53.525 100.552 1123110 83.74? 101.\" 113.343 32.955 100.311 114.354 . 101.141 118.011 103.819 113.753 117'181 Source: US. Census Bureau. Income. Poverty and Health Insurance Coverage in the United States: 2008, Current Population Reports, P60-236RV, and Historical TablesTables H1 and [-12, September 2009. [2015, Oct 31] retrieved from Census data. In order to model the data, we need to consider cumulative population and cumulative percentage of national income. Using the data from table 693 for 1970, the cumulative population and cumulative percentage of national income is calculated: In order to model the data. we need to consider cumulative population and cumulative percentage of national income. Using the data from table 693 for 1970. the cumulative population and cumulative percentage of national income is mlculated: Table 1 Cumulative Population [96] Cumulative income (96) Data Points [my] X 20% 4.1% [0.2.0.041] 40% [20% a 20%] 14.9% [4.1% + 10.8%] [0.4.0.149] 60% [40% + 20%} 32.3% [14.9% + 114%] [0.6.0.323] 80% {60% + 20%]_ 56.3% \"[32.3% + 24.5%] [0.8.0.5681 [ 100% {80% + 20%) 100% {56.3% + 43.3%] {1.1} A power functicm is used to model the Lorenz function. Using regression and the data points above [in the last column in the table above]. you should get the following equation: y = 0.927;\"'5 As described above. select a year between 1970 and 1990 [do not select 1970 or 1990]. this year is referred to as Year A. Use table 693 for the data for Year A, calculate the cumulative population and cumulative percentage of national inco me. and create a table [like Table 1 for 1970]. As described above. select a year between 1990 and 2008. this year is referred to as Year B. Use table 693 for the data for Year B, calculate the cumulative population and cumulative percentage of national income. and create a table [like Table 1 for 1970]. All work for 1. USA Data Collection. 2. Data Analysis and 3. Global Data Collection should be included at the end of your report as an appendix

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