Greater than 0%

2. A ________ budget is prepared at the beginning of a planning period.

3. If money is used for one investment, it is no longer available for other uses, so a/an _____________ cost arises.

4. What is the present value of a perpetuity (an annuity that lasts forever)? Assume payment is equal to $100 and I is equal to 10%.

5. Which of the following statements is true?

a. If the NPV is less than $0, the discount rate was equal to the internal rate of return

b. If the NPV is equal to 0, the discount rate was less than the internal rate of return

c. If the NPV is equal to 0, the discount rate was greater than the Internal rate of Return.

d. None of the above

6. When an investor holds a portfolio of investments, the portfolio is in effect a stand alone investment, so the riskiness of the portfolio is measured by _______________________________________.

7. What is the Effective Annual Rate?

8. Which of the following is true about an amortization schedule?

a. Annual interest payments increase over time

b. Annual principal payments increase over time

c. Annual interest and principal payments stay constant over time

d. None of the above

9. The risk of a portfolio _________ as more investments are randomly added

10. What is an annuity?

11. My budget for next year is based on last year’s budget, plus ten percent. This is based on the zero-based budgeting method.  True or False

12. What does the beta coefficient measure?

13. In your own words, explain budgeting.

14. How can an understanding of the gambler’s fallacy help decision makers?

15. What is an annuity that lasts forever (has no maturity date).

16. What is the effective annual rate, with a nominal annual rate of 10%, compounded monthly?

17. What is the present value of an ordinary annuity of $500, paid annually, for 10 years, discounted at 12%?

18. Explain the difference between diversified risk versus portfolio risk.

19. Explain corporate risk.

20. Explain market risk.

Hi, I can help you if the question can be posted as advanced one, so that I may concentrate withit fully

 

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If the nominal GDP is $559 billion in the base year, and it rises to 577 in year 1, and 605 in year 2, what is the real GDP in each year, given that the price index has risen from 100 in the base year to 104.5 in Year 1 and up to 108.3 in Year 2? If the price index 20 years before the base year was 41.2, and the nominal GDP for 20 years before the base year was 191.0, what was the real GDP for that year? Show your work in all cases.

 

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If the null hypothesis is rejected at a 1% significance level, then _____________.

The null hypothesis will be rejected at a 5% significance level

The alternative hypothesis will be rejected at a 5% significance level

The null hypothesis will not be rejected at a 5% significance level

The alternative hypothesis will not be rejected at a 5% significance level

 

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If the only information you were given about Ryan corperation, a large public company in business for many years, was that had a current ratio of 2.9, what could you determine from this? A. you could determine that Ryan has an activity problem because Ryan;s current ratio is greater than 2 which is the rule of thumb for the current ratio B. Nothing, you would also need Ryan Corporation’s current ratios from the last few years of Ryan’s competitorsC. Nothing, you would also need the current ratio from last years S&P 500 indexD. You could determine that Ryan has a liquidity because Ryan’s current ratio is greater than 2 which is the rule of thumb for the current ratio

If the only information you were given about Ryan Corporation, a large public companyin business for many years, was that had a current ratio of 2.9, what could youdetermine from this?A. you…

 

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 Recursive and methodsRecursive productOfEvens(),,, Recursive Sum of Array Elements，，Recursive Selection Sort，，Recursive countDigitMatches()，，Recursive generatePattern()

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If The outer Loop iterates once For Each Element in theI’ array . The startscan Variable marks the position whereI’ the scan should begin .For ( startscan = O ; startscan (array . length – 1 1 ; startScant + !)If Assume the First element in the scannable areaIT is the smallest value .min Index = Startscan ;"min Value = array [ startscan ] ;I’d Scan the array , starting at the and Element inIf the scannable area . We are looking For the smallest*I’l value in the scannable area .`For lindex = startscan + 1 ; index < array . Length ; index + + |if (array [ index ! < minvalue !minValue = array [ index ] ;mini Index = index;`I’M Swap the Element with the smallest valueI’M with the First Element in the scannable area .array [ min Index ] = array [ startscan ] :`array [ startScan ! = minvalue ;"

 

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