Consider stock XX Coupon rate: 12,6% per year Yield to maturity: 9,5% per year Settlement date: 9 May 2009 Maturity date: 29 September 2015 Determine the all-in price. a. R115,97474% b. R109,89791% c. R 113,93381% d. R112,76174%

input area: years to maturity: 14.5 coupons per year: 2 par value: $1,000 yield to maturity: 5.3% bond price: $987   find coupon rate on Excel with simple calculations and without using a function

What is the yield-to-maturity of a $1,000 face value, 12% coupon bond selling for $1,241.82 that has 15 years remaining to maturity?   a. 10%   b. 9%   c. 11%   d. 8%

Please use the Black-Scholes formula

QUESTION 1 Find the missing data Coupon Rate Maturity Date Settlement Date Price Yield 3.75% 3/28/2028 9/27/2023   3.6750%

Use 360 day count convention. Find the price quote of the bond. 3 decimal places

Treasury notes and bonds. Use the information in the following table: . What is the yield to maturity of the February 1996 Treasury bond based on the price in the table? Assume that the bond has a $100,000 par value and makes semiannual coupon payment. What is the current yield of the bond? Why is the current yield higher than the yield to maturity? What is the yield to maturity of the February 1996 Treasury bond? % (Round to three decimal places.)

Based on quarterly compounding, what would be yield-to-maturity (YTM) be on a 12-year, zero-coupon, $1,000 par value bond that’s currently trading at $456.78?   A.   2.2550%   B.   3.2915%   C.   4.5142%   D.   6.5832%

Find the missing data Coupon Rate Maturity Date Settlement Date Price Yield 3.88% 10/9/2037 10/10/2023   4.2500%

Q1. Price and Yield. Yield (%) Price at required yield ( coupon rate/ maturity) 6% / 5 6% / 20 3%/5 3% / 20 0% / 5 0% / 20 year year year year year year 3.00 4.00 5.50 5.90 5.99 6.00 6.01 6.10 7.50 8.00 Assume face value is $100. a. Plot the table. b. What is the shape of the price-yield relationship? c. Describe the general relationship you observe between changes in bond prices and changes in yield to maturity.