

| 7… |
| Mean return for YY=Sum (prob.*exp.Return) |
| (0.4*-1%)+(0.2*0)+(0.2*1%)+(0.1*2%)+(0.1*8%)= |
| 0.8% |
| Std. Devn. Of returns of YY=Sq. Rt. Of( Sum Prob. *(exp.ret.-Mean ret.)^2)) |
| Sum Prob. *Variances =(0.4*(-1%-0.8%)^2)+(0.2*(0-0.8%)^2)+(0.2*(1%-0.8%)^2)+(0.1*(2%-0.8%)^2)+(0.1*(8%-0.8%)^2)= |
| 0.000676 |
| Std. devn.=Sq. Rt. Of variance=(0.000676)^(1/2)= |
| 2.60% |
| ANSWER: b. 2.60% |
| 8.. |
| Mean return for XX= |
| (0.4*-17%)+(0.2*-3%)+(0.2*1%)+(0.1*3%)+(0.1*9%)= |
| -6.00% |
| Std. Devn. Of returns of YY=Sq. Rt. Of( Sum Prob. *Variances) |
| Sum Prob. *Variances =(0.4*(-17%-(-6%))^2)+(0.2*(-3%-(-6%))^2)+(0.2*(1%-(-6%))^2)+(0.1*(3%-(-6%))^2)+(0.1*(9%-(-6%))^2)= |
| 0.00906 |
| Std. devn.=(0.00906)^(1/2)= |
| 9.52% |
| Mean return for ZZ= |
| (0.4*-6%)+(0.2*-1%)+(0.2*4%)+(0.1*8%)+(0.1*11%)= |
| 0.10% |
| Std. Devn. Of returns of YY=Sq. Rt. Of( Sum Prob. *Variances) |
| Sum Prob. *Variances =(0.4*(-6%-0.1%)^2)+(0.2*(-1%-0.1%)^2)+(0.2*(4%-0.1%)^2)+(0.1*(8%-0.1%)^2)+(0.1*(11%-0.1%)^2)= |
| 0.003629 |
| Std. devn.=(0.003629)^(1/2)= |
| 6.02% |
| Coefficient of Variation(oeff.COV)=Std. devn./Mean returns |
| Coeff.OV(XX)=9.52%/-6% |
| -1.59 |
| Coeff.OV(YY)=2.60%/0.8%= |
| 3.25 |
| Coeff.OV(ZZ)=6.02%/0.1%= |
| 60.2 |
| ANSWER: -1.59, 60.2, & 3.25 |
| 9. Best equity to Invest in |
| c. YY |
| As the mean return is the highest & |
| also the std. devn. Of returns from the mean is the least |
| as shown in the foll.table |
| Summary | XX | YY | ZZ |
| Mean | -6.00% | 0.8% | 0.10% |
| Std. Devn. | 9.52% | 2.60% | 6.02% |
| Coeff. OV | -1.59 | 3.25 | 60.2 |
| 10.Expected return of the given portfolio= |
| Sum(Wt.*Mean Returns) |
| ie.(50%*-6%)+(25%*0.1%)+(25%*0.8%)= |
| -2.775% |
| ANSWER: a. -2.775% |
The tabel is posted twice. Hopefully it is clear enough in one of those photos.
Suppose a portfolio manager wishes to construct a portfolio using two securities Coll and USR. Specifically, the manger allocates $60,000 in the Coll and $30,000 in the USR. Please calculate (1) Portfolio Expected Return (2) Portfolio Standard Deviation Economy Prob. T-Bills HT Coll USR MP Recession 0.1 5.5% -27.0% 27.0% 6.0% -17.0% Below avg 0.2 5.5% -7.0% 13.0% -14.0% -3.0% Average 0.4 5.5% 15.0% 0.0% 3.0% 10.0% Above avg 0.2 5.5% 30.0% -11.0% 41.0% 25.0% Boom 0.1 5.5% 45.0% -21.0%...
Suppose a portfolio manager wishes to construct a portfolio using two securities Coll and USR, both of their return data are shown in the Slide 5 with the title “Hypothetical Investment Alternatives”. Specifically, the manger allocates $60,000 in the Coll and $30,000 in the USR. Please calculate (1) Portfolio Expected Return (2) Portfolio Standard Deviation Economy Prob. T-Bills HT Coll USR MP Recession 0.1 5.5% -27.0% 27.0% 6.0% -17.0% Below avg 0.2 5.5% -7.0% 13.0% -14.0% -3.0% Average 0.4 5.5%...
Suppose a portfolio manager wishes to construct a portfolio using two securities Coll and USR, both of their return data are shown in the Slide 5 with the title “Hypothetical Investment Alternatives”. Specifically, the manger allocates $60,000 in the Coll and $30,000 in the USR. Please calculate (1) Portfolio Expected Return (2) Portfolio Standard Deviation Economy Prob. T-Bills HT Coll USR MP Recession 0.1 5.5% -27.0% 27.0% 6.0% -17.0% Below avg 0.2 5.5% -7.0% 13.0% -14.0% -3.0% Average 0.4 5.5%...
Hi it's my code for python
I almost finished my project but only one thing left which is
most confusing part please help me
I have to find most occurring ending character from a to z
For instance, output should be like this I have to find a to
z.
Words starting with ‘a’ end mostly with ‘O’
Words starting with ‘b’ end mostly with ‘O’
......
No words start with ‘O’(If there's no word in the character from a...
For data CIR, regress involact on race and interpret the coefficient. Test the hypothesis to determine the claim that homeowners in zip codes with high percent minority are being denied insurance at higher rate than other zip codes. What can regression analysis tell you about the insurance companies claim that the discrepancy is due to greater risks in some zip codes?zip race fire theft age volact involact income 60626 10.0 6.2 29 60.4 5.3 0.0 11744 60640 22.2 9.5 44...
Please show me how to use R to solve this problem. For data CIR, regress involact on race and interpret the coefficient. Test the hypothesis to determine the claim that homeowners in zip codes with high percent minority are being denied insurance at higher rate than other zip codes. What can regression analysis tell you about the insurance companies claim that the discrepancy is due to greater risks in some zip codes?zip race fire theft age volact involact income 60626...
Economic state Probability T-Bill Alta Indus. Repo Men American Foam Market Port.(index) Recession 0.1 8.00% -22.0% 28.0% 10.0% -13.0% Below Average 0.2 8.00% -2.0% 14.7% -10.0% 1.0% Average 0.4 8.00% 20.0% 0.0% 7.0% 15.0% Above Average 0.2 8.00% 35.0% -10.0% 45.0% 29.0% Boom 0.1 8.00% 50.0% -20.0% 30.0% 43.0 Barney Smith Investment Advisors recently issued estimates for the state of the economy and the rate of return on each state of the economy. Alta Industries, Inc. is an electronics firm;...
On Blackboard under "Course Content / Homeworks and Practice Tests" there is an Excel file titled "HW 6 Data" with monthly stock return data to be used for this question: What is Deckers Outdoor Corporation's [DECK] beta? Round to two decimal places. [Hint: Take S&P 500 as a proxy for the market, and use the beta formula from the book. You will need to use two Excel functions: STDEV.S and CORREL] Numeric Answer S&PS00 DECK NKE SBUX -1.5% Ос-19 7.4%...
• 1. What are the quarterly growth rates (Percentage Change From Preceding Period in Real Gross Domestic Product) for the U.S. economy for the last six quarters? Report those numbers in your submission 2. What is the average of those 6 quarters? . 3. Is the average of those growth rates above or below the long-run U.S. annual growth rate of 3.5 percent? Bureau of Economke Analysis Table 1.1.1. Percent Change From Preceding Period in Real Gross Domestic Product Percent...
I need to match these ten industries using Exhibit 3: For
example, Electrical Utility is #8 and Retail Grocery is #7. Please
help! Thanks. I have 7 confirmed these are:
Each of the 10 publicly traded companies in Exhibit 3 is drawn
from one of the following industries (listed below in random
order):
I have 7 confirmed these are:
1. Management consulting services
2.
3. Data processing and camera
applications services
4. Electronic, aerospace, communication, sensor
systems
5. Hospital and...