You have the following historical annual total returns on Terlingua Oil & Gas Exploration:

Calculate the sample standard deviation of annual return.

Compute and Interpret Liquidity, Solvency and Coverage Ratios
Selected balance sheet and income statement information for Calpine Corporation for 2004 and 2006 follows.

(a) Compute the following liquidity, solvency and coverage ratios for both years. (Round your answers to two decimal places.)
2006 current ratio = Answer
2004 current ratio = Answer

2006 quick ratio = Answer
2004 quick ratio = Answer

2006 liabilities-to-equity = Answer
2004 liabilities-to-equity = Answer

2006 total debt-to-equity = Answer
2004 total debt-to-equity = Answer

2006 times interest earned = Answer
2004 times interest earned = Answer

2006 cash from operations to total debt = Answer
2004 cash from operations to total debt = Answer

2006 free operating cash flow to total debt = Answer
2004 free operating cash flow to total debt = Answer

(b) Which of the following best describes the company's credit risk?

Both the quick ratio and current ratio for 2006 are lower than 1.0 and have increased in the past two years. Along with interest coverage ratios that are exceedingly high, the probability that the company will face default has significantly increased.

Both the quick ratio and current ratio for 2006 are lower than 1.0 and have decreased in the past two years. Along with interest coverage ratios that are exceedingly low, the probability that the company will face default has significantly increased.

Both the quick ratio and current ratio for 2006 are above 1.0 and have decreased in the past two years. Along with interest coverage ratios that are exceedingly low, the probability that the company will face default has significantly decreased.

Both the quick ratio and current ratio for 2006 are above 1.0 and have increased in the past two years. Along with interest coverage ratios that are exceedingly high, the probability that the company will face default has significantly decreased.

1. Use the data below to find the linear regression equation that best represents the given data and predict the revenue in 2013 (Copy data to Excel)

2. Then create Two new columns that represent the predication y =mx+b for each year and percent of growth for each year = (Revenue/Predication)*100

3. Use Excel to graph the linear model (x-axis years, y-axis revenue) and the linear equation of best fit.

1. Fill out the missing entry for prediction and percent of growth
2. Find the value of the linear correlation coefficient r.
3. Find the equation of the regression line, letting Number of years be the independent (x) variable.
4. Find the coefficient of determination.
5. Find the standard error of estimate s_e.

Suzanne opens an account at a local bank on January 1, 2004 with a deposit of 4000 dollars. On October 1, 2004 she withdraws 1430 dollars. On April 1, 2005 she withdraws 850 dollars. And on April 1, 2007 she deposits 2090 dollars. Find the total present value of these transactions on July 1, 2006, if the account earns interest at a nominal rate of 7.6 percent convertible quarterly.

The solutions I've found on the website have not taken into account the future deposit and are incorrect, any suggestions?

A polling organization conducted telephone surveys in March of 2004, 2005 and 2006. In each year, 1001 people age 18 or older were asked about whether they planned to use a credit card to pay federal income taxes that year. The data are given in the accompanying table. Is there evidence that the proportion falling in the three credit card response categories is not the same for all three years? Test the relevant hypotheses using a 0.05 significance level. (Round your answer to two decimal places.)

χ² =

P-value interval

p < 0.001

0.001 ≤ p < 0.01   

0.01 ≤ p < 0.05

0.05 ≤ p < 0.10

p ≥ 0.10

Conclusion

The proportion falling in the three credit card response categories is the same for all three years.

The proportion falling in the three credit card response categories is not the same for all three years.    

You may need to use the appropriate table in Appendix A to answer this question.

Linear    yt = _______ xt + __________

Quadratic yt = ______ xt^2 + ___________ xt + __________

Exponential yt = __________e-------x

Use each pf the three fitted trend equations to make numerical forecasts for the next 3 years.

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|

Consider the following data:

Number of Deaths in the U.S. by Drug Overdose

Year 2000 2001 2002 2003 2004 2005 2006 2007 2008

Deaths 17,054 17,514 14,315 13,332 17,775 14,556 11,151 18,650 16,647

Step 1 of 2 : Find the two-period moving average for the year 2003. If necessary, round your answer to one decimal place.

find both the arithmetic growth rate and the geographic growth rate of the dividends for Custers ice cream shoppes.

year.        dividends

2001.         $1.46
2002.         $2.37
2003.         $3.15
2004.         $4.34
2005.         $5.05
2006.         $6.25
2007.         $7.25
2008.         $8.14
2009.         $7.68
2010.         $6.57

what is arithmetic growth rate of the dividends for Custers ice cream shoppes?