For the following problems, use this information from Thompson Corporation’s annual reports:

These data are included in the file Thompson Data Spring 2019

1. Compute a simple index for the revenue each year of Thompson. Use 2003 as the base period. (4 pts)
2. Compute a simple index for the revenue each year of Thompson using the period 2003–05 as the base. (4 pts)
3. What can you conclude about the change in revenue over this time period? (2 pts.)
4. Compute a simple index for the number of employees each year for Thompson. Use 2003 as the base period. (4 pts)
5. Compute a simple index for the number of employees each year for Thompson using the period 2003–05 as the base. (4 pts)
6. What can you conclude about the change in the number of employees over the period? (2 pts)

Find both the arithmetic growth rate and the geometric growth rate of the dividends for Alexander's Markets.

What is the arithmetic growth rate of the dividends for Alexander's Markets?

​(Round to two decimal​ places.)

What is the geometric growth rate of the dividends for Alexander's Markets?

Do new entrants and employees affect the Healthcare industry for the years 2000-2018?

Dependent variable - industry's revenue

Independent variable - the number of new entrants and employees + omitted variables

Using the above table create:

- Hypothesis testing

- P-value

- T-test

- Level of significance

- Scatter Plot

- Regression analysis

pseudocode please!

Assignment 5B: Moneyball: Part 2. Similar to the previous assignment, you’re going to read in the number of years the player played and the starting year of that player – followed by the statistics for those years. This time, however, you’re going to print out the years from worst to best in sorted order. Hint: this will require a second array to store years. If you can sort one array, can you sort both?

Sample Output #1: Enter the number of years: 5 Enter the starting year: 2003 Enter stat for year 2003: 5 Enter stat for year 2004: 4 Enter stat for year 2005: 7 Enter stat for year 2006: 1 Enter stat for year 2007: 3 2006|2007|2004|2003|2005| Sample Output #2: Enter the number of years: 6 Enter the starting year: 1879 Enter stat for year 1879: 70 Enter stat for year 1880: 89 Enter stat for year 1881: 111 Enter stat for year 1882: 65 Enter stat for year 1883: 105 Enter stat for year 1884: 98 1882|1879|1880|1884|1883|1881|

Develop a 5 year Financial Forecast

Twelve-hour shifts are problematic for patient and nurse safety, yet hospitals continue to keep the 12-hour shift schedule. In 2004, the Institute of Medicine (Board on Health Care Services & Institute of Medicine, 2004) published a report that referred to studies as early as 1988 that discussed the negative effects of rotating shifts on intervention accuracy. Workers with 12-hour shifts experienced more fatigue than workers on 8-hour shifts. In another study done in Turkey by Ilhan, Durukan, Aras, Turkcuoglu, and Aygun (2006), factors relating to increased risk for injury were age of 24 years or younger, less than 4 years of nursing experience, working in surgical intensive care units, and working for more than 8 hours. As a clinician reading these studies, what would your next step be?

FILL IN "_____" IN LINEAR AND QUADRATIC

FILL IN EXPONENTIAL

Click here for the Excel Data File

(a) Use Excel, MegaStat, or MINITAB to fit three trends (linear, quadratic, exponential) to the time series. (A negative value should be indicated by a minus sign. Do not round the intermediate calculations. Round your final answers to 2 decimal places.)

(b) Use each of the three fitted trend equations to make numerical forecasts for the next 3 years. (Round the intermediate calculations to 2 decimal places and round your final answers to 1 decimal place.)

Describe three factors that contribute to poverty in Canada. Differentiate between structural and relief strategies. Give at least 2 examples of each.