can you may this calculations for each of my bonds?. For each of your bonds, calculate expected defavvult percent loss as = default probability* (1 - recovery rate ). You will need to use the default rates and recovery rates that match each bond's rating. 4. Calculate the overall expected loss to your portfolio as the weighted average of the expected default percent loss

can you may this calculations for each of my bonds?. For each of your bonds, calculate expected defavvult percent loss as = default probability* (1 - recovery rate ). You will need to use the default rates and recovery rates that match each bond's rating. 4. Calculate the overall expected loss to your portfolio as the weighted average of the expected default percent loss

Intermediate Financial Management (MindTap Course List)

13th Edition

ISBN:9781337395083

Author:Eugene F. Brigham, Phillip R. Daves

Publisher:Eugene F. Brigham, Phillip R. Daves

Chapter4: Bond Valuation

Section: Chapter Questions

Problem 9MC

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Unlike the coupon interest rate, which is fixed, a bond's yield varies from day to day depending on market conditions. To be most useful, it should give us an estimate of the rate of return an investor would earn if that investor purchased the bond today and held it for its remaining life. There are three different yield calculations: Current yield, yield to maturity, and yield to call. A bond's current yield is calculated as the annual interest payment divided by the current price. Unlike the yield to maturity or the yield to call, it does not represent the actual return that investors should expect because it does not account for the capital gain or loss that will be realized if the bond is held until it matures or is called. This yield was popular before calculators and computers came along because it was easy to calculate; however, because it can be misleading, the yield to maturity and yield to call are more relevant. The yield to maturity (YTM) is the rate of return earned on a…
After recently receiving a bonus, you have decided to add some bonds to your investment portfolio. You have narrowed your choice down to the following bonds (assume semiannual payments): a. Using the PRICE function, calculate the intrinsic value of each bond. Is either bond currently undervalued? How much accrued interest would you have to pay for each bond? b. Using the YIELD function, calculate the yield to maturity of each bond using the current market prices. c. Calculate the duration and modified duration of each bond.d. Which bond would you rather own if you expect market rates to fall by 2% across the maturity spectrum? What if rates will rise by 2%? Why?
Calculate YTC using a financial calculator by entering the number of payment periods until call for N, the price of the bond for PV, the interest payments for PMT, and the call price for FV. Then you can solve for 1/YR YTC. Again, remember you need to make the appropriate adjustments for a semiannual bond and realize that the calculated 1/YR is on a periodic basis so you will need to multiply the rate by 2 to obtain the annual rate. In addition, you need to make sure that the signs for PMT and FV are identical and the opposite sign is used for PV; otherwise, your answer will be incorrect. A company is more likely to call its bonds if they are able to replace their current high-coupon debt with less expensive financing. A bond is more likely to be called if its price is above par-because this means that the going market interest rate is less than its coupon rate. Quantitative Problem: Ace Products has a bond issue outstanding with 15 years remaining to maturity, a coupon rate of 8.4%…
Investigating the principle that all bonds are priced to give the same total yield which is the current market rate of interest. REQUIRED: Create your own bond – i.e. the par value may be kept at 1000, but decide your own coupon rate, maturity period and current market rate of interest. Now compute your total yield which should consist of Current Yield plus Capital Gain/Loss Yield and find out if it equates the market rate of interest that you selected.
Consider a portfolio of bonds that have an average default rate of 1%. The correlation between normalized default times for these bonds is 0.14. What is the 99.9% worst-case default rate for this bond portfolio? Note: Your answer must be expressed in percentage terms and accurate to within 0.16.
1. You expect interest rates to decline over the next six months. a. Given your interest rate outlook, state what kinds of bonds you want in your portfolio in terms of duration and explain your reasoning for this choice. b. You must make a choice between the following three sets of noncallable bonds. For each set, select the bond that would be best for your portfolio, given your interest rate outlook and the consequent strategy set forth in part (a). In each case, briefly dis- cuss why you selected the bond. Yield to Maturity (%) Maturity (yrs) Coupon (%) Bond A Set 1: 15 10% 10% Bond B 15 Bond C Set 2: 15 6. 10 Bond D 8. 10 10 Bond E Set 3: 12 12 12 Bond F 15 12
に COURSE LEARNING OBJECTIVE: Students will use electronic worksheets or other productivity tools to solve problems and develop models. EXCEL LEARNING OBJECTIVES: - Use the built-in formulas to determine the present value (PV) of a bond - Use the built-in formulas to determine the effective issuance rate of a bond with issue costs (RATE) - Set up an automated bond amortization schedule. - Name cells using the Name Box - Use Scenario Manager to create a scenario describing the effects of a change in the market interest rate (an independent variable) on the proceeds from issuing the bond (a dependent variable) and the corresponding total interest expense (a dependent variable) over the term of the bond. Correcting entries for bonds transactions AAA Inc. recently hired a new accountant with extensive experience in tax accounting. Because of the pressures of the new job, the accountant was unable to review the topic of accounting for bonds payable. During the first year, he made the…
The rate of return that you would earn if you bought a bond and held It to its maturity date is called the bond's yield to maturity (YTM). If Interest rates in the economy rise after a bond has been issued, what will happen to the bond's price and to Its YTM? Does the length of time to maturity affect the extent to which a given change in interest rates will affect the bond's price? Briefly explain with necessary numerical data.
Use the investment opportunity set and data shown on the excel file attached. What will be the Weight of Bonds in the Optimum Portfolio, given this investment opportunity set? Round to two decimals. for example, 0.12
Suppose the estimated linear probability model used by an FI to predict business loan applicant default probabilities is PD = .03X1+ .02X2 - .05X3+ error, where X1 is the borrower's debt/equity ratio, X2is the volatility of borrower earnings, and X3= 0.10 is the borrower’s profit ratio. For a particular loan applicant, X1= 0.75, X2= 0.25, and X3= 0.10. Required: What is the projected probability of default for the borrower? What is the projected probability of repayment if the debt/equity ratio is 2.5?
Assume you have treasury note .The contract price is 124 and you can deliver either bond A with conversion of 0.9 and price of 110 or a bond with conversion of 0.7 and price is 100. What will be the loss gain of the buyer? ( 1.77 -1.77 9.3 -9.3
Calculating the risk premium on bonds The text presents a formula where (1+1) = (1-p)(1 +i+x) + p(0) where i is the nominal interest rate on a riskless bond x is the risk premium p is the probability of default (bankruptcy) If the probability of bankruptcy is zero, the rate of interest on the risky bond is When the nominal interest rate for a risky borrower is 8% and the nominal policy rate of interest is 3%, the probability of bankruptcy is %. (Round your response to two decimal places.) When the probability of bankruptcy is 6% and the nominal policy rate of interest is 4%, the nominal interest rate for a risky borrower is %. (Round your response to two decimal places.) When the probability of bankruptcy is 11% and the nominal policy rate of interest is 4%, the nominal interest rate for a risky borrower is %. (Round your response to two decimal places.) The formula assumes that payment upon default is zero. In fact, it is often positive. How would you change the formula in this case?…