How much would you pay for a perpetual bond that pays an annual coupon of $200 per year and yields on competing instruments are 20%? You would pay $ (Round your response to the nearest penny.) If competing yields are expected to change to 12%, what is the current yield on this same bond assuming that you paid $1,000? The current yield is %. (Round your response to the nearest integer.) If you sell this bond in exactly one year, having paid $1,000, and received exactly one coupon payment, what is your total return if competing yields are 12%? Your total return is %. (Round your response to two decimal places.)

How much would you pay for a perpetual bond that pays an annual coupon of $200 per year and yields on competing instruments are 20%? You would pay $ (Round your response to the nearest penny.) If competing yields are expected to change to 12%, what is the current yield on this same bond assuming that you paid $1,000? The current yield is %. (Round your response to the nearest integer.) If you sell this bond in exactly one year, having paid $1,000, and received exactly one coupon payment, what is your total return if competing yields are 12%? Your total return is %. (Round your response to two decimal places.)

Microeconomics

13th Edition

ISBN:9781337617406

Author:Roger A. Arnold

Publisher:Roger A. Arnold

Chapter16: Interest, Rent, And Profit

Section: Chapter Questions

Problem 1WNG

See similar textbooks

Similar questions

How much would you pay for a perpetual bond that pays an annual coupon of $200 per year and yields on competing instruments are 5%? You would pay $. Part 2 If competing yields are expected to change to 8%, what is the current yield on this same bond assuming that you paid $4,000? The current yield is %.(Round your response to the nearest integer.) Part 3 If you sell this bond in exactly one year, having paid $4,000, and received exactly one coupon payment, what is your total return if competing yields are 8%? Your total return is %.
How much would you pay for a perpetual bond that pays an annual coupon of $200 per year and yields on competing instruments are 5%? You would pay $. (Round your response to the nearest penny.) Part 2 If competing yields are expected to change to 8%, what is the current yield on this same bond assuming that you paid $4,000? The current yield is %.(Round your response to the nearest integer.) Part 3 If you sell this bond in exactly one year, having paid $4,000, and received exactly one coupon payment, what is your total return if competing yields are 8%? Your total return is %.
Consider the market for a bond which has a face value of $2,000, pays a coupon of $100, and matures in 1 year (that is, you will get the face value and one coupon payment next year). Suppose the demand for such bonds is given by P=4,000-2Q, and that the supply of such bonds is given by P=1,000+Q. What is the yield to maturity if one were to purchase the bond at the equilibrium price? 5% .05% 10% .10%
Calculate the present value of a $1,300 discount bondwith seven years to maturity if the yield to maturity is 8%.
Consider the market for a bond which has a face value of $2,000, pays a coupon of $100, and matures in 2 years. Suppose the demand for such bonds is given by P=2,900-Q, and that the supply of such bonds is given by P=200+2Q. What is the yield to maturity of this bond, given the equilibrium price from the previous question? .1% .05% 10% 5%
A semiannual payment bond with a $1,000 par has a 7 percent quoted coupon rate, a 7 percent promised YTM, and 10 years to maturity. What is the bond's duration? If interest rates are expected to rise by one half of a percent, by how much would you expect the price to change using the modified duration equation? How much would you expect the price to change using convexity? You need to use the bond duration and convexity calculator to answer this question.
Consider a $1200 bond that makes $30 annual coupon payments. If the interest rate is 2 percent and the bond matures in two years, what is the bond's present value? Carefully follow all mathematical instructions. Round intermediate steps to four decimal places and your final answer to two decimal places.
You are purchasing a 20-year, zero-coupon bond. The yield to maturity is 9.76 percent and the face value is $1,000. What is the current market price? Assume a semiannual interest rate payment.
Consider a bond with a three-year remaining maturity. A. If somehow the face value of the coupon is $10,000 and the annual payment is $500. If the yield to maturity is 6%, what would the price of this bond be? b. Considering your response to question (a), is the coupon rate higher, lower, or the same as the yield to maturity? Why?
Consider a bond with a face value of $2,000 that pays a coupon of $50 for 1 year (that is, you will receive both the face value and one coupon payment next year). Suppose the bond is purchased at $2,000. What is the yield to maturity of the bond? 2.5% 25% 1.025% 1.25%
A bond with a face value of $1,000 has 8 years until maturity, has a coupon rate of 8%, and sells for $1,100. What is the yield to maturity if interest is paid once a year? Note: Do not round intermediate calculations. Enter your answer as a percent rounded to 4 decimal places. What is the yield to maturity if interest is paid semiannually? Note: Do not round intermediate calculations. Enter your answer as a percent rounded to 4 decimal places.
If market expectations are accurate, what are the expected yields to maturity on 1-and 2-year zero coupon bonds next year? And if you purchase a 3-year zero-coupon bond now, what is the expected total rate ofreturn over the next year assuming that you will sell the bond at the expected price(price that matches the expected yield in the previous part)? Ignore taxes.