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1-You are looking at a bond to add in your portfolio. The bond has a 7.2 percent coupon (paid semiannually), 10 years left to maturity, and can be purchased at par ($1,000). You expect to hold the bond for three (3) years. Assuming you can reinvest the coupon payments at 6 percent during the holding period and sell the bond at the end of the three-year holding period for $1,038.87; what is the annualized holding period yield?
2-Following are portfolio returns over the last five years. From the population of returns.
1996 18%
1997 21%
1998 24%
1999 27%
2000 â?"3%
The 68% confidence interval is
a. 5.51% to 29.29%
b. 6.77% to 28.03%
c. 6.87% to 27.93%
d. 7.12% to 27.68%
The following payoff matrix has been developed for the decision problem. What is the opportunity loss when "A" is Investment alternative and "Decline" is state of nature?
Find the difference between the actual Y value and predicted Y value for each individual, square the differences, and add the squared values to obtain SS residual.
Suppose that an IQ test was given to a large group of persons, the scores are assumed to be from a normally distributed population, that mean = 100 and s (standard deviation) = 15.
Suppose you found that in doing the hypothesis test, you were able to reject the null hypothesis. What is the most appropriate conclusion to draw?
Recognize and describe potential threats (up to 3) to internal validity.
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Which of the following is true about the random variables X, Y, and Z?
For each of the F statistics given above find the degrees of freedom and an approximate P-value. Summarize the results of these tests.
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