Microeconomics
21st Edition
ISBN: 9781259915727
Author: Campbell R. McConnell, Stanley L. Brue, Sean Masaki Flynn Dr.
Publisher: McGraw-Hill Education
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Question
Chapter 18, Problem 3P
To determine
Interest rate for an infinity time period.
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An investor purchasing a British consol is entitled to receive annual payments from the British government forever.
What is the price of a consol that pays $250 annually if the next payment occurs one year from today? The market interest rate is 3.6
percent. (Do not round intermediate calculations. Round the final answer to 2 decimal places. Omit $ sign in your response.)
Present value
$
Suppose that the market interest rate in an economy is 7 percent and a bond promises to pay $615 after one year, $856 two years from now, and finally $1423 three years from now
The equilibrium market price of this bond is $
(Round your response to two decimal places)
If this bond were to sell for $2981 in the market,
then it is profitable
this bond from investors' perspectives.
The demand D (in billions of £) for a bond with coupon rate 5% and face value FV = 1000, and two years to maturity as a function of its price P is D = 4000 − 2P. The supply in (billions of £)as a function of the price of the bond is S = 2P + 400.
b) Suppose that the yield to maturity of the bond is i = 0.05. What is the quantity demanded/supplied at this interest rate? What happens to the demand/supply of the bond as the interest rate increases? Explain why.
c) What is the equilibrium interest rate?
d) Suppose that the bond trades at premium. Is there excess demand or supply? Explain.
e) There is a business cycle contraction, so both supply and demand shifts. After the shift, the new demand curve is given by: D = 4000 + X − 2P , whereas the new supply curve is S = 2P + 200. For which values of X will the interest increase/decrease? Which values of X are in line with empirical data?
Please show all the steps and equations used to get to the answers.
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Similar questions
- The demand D (in billions of £) for a bond with coupon rate 5% and face value FV = 1000, and two years to maturity as a function of its price P is D = 4000 − 2P. The supply in (billions of £)as a function of the price of the bond is S = 2P + 400. b) Suppose that the yield to maturity of the bond is i = 0.05. What is the quantity demanded/supplied at this interest rate? What happens to the demand/supply of the bond as the interest rate increases? Explain why. c) What is the equilibrium interest rate? d) Suppose that the bond trades at premium. Is there excess demand or supply? Explain. e) There is a business cycle contraction, so both supply and demand shifts. After the shift, the new demand curve is given by: D = 4000 + X − 2P , whereas the new supply curve is S = 2P + 200. For which values of X will the interest increase/decrease? Which values of X are in line with empirical data?arrow_forwardThe price of a bond with no expiration date is originally $1,000 and has a fixed annual interest payment of $150. If the price of the bond then falls by $250, what will be the interest rate yield to a new buyer of the bond?arrow_forwardSuppose the interest rate is 10%. If $100 is invested at this rate today, how much will it be worth after one year? After two years? After five years? What is the value today of $100 paid one year from now? Paid two years from now? Paid five years from now?arrow_forward
- If a financial asset that is valued at $18,455 in the Stock Market today would be worth $39,200 in 2 years’ time, what would have been the prevailing interest rate in the financial market?arrow_forwardA zero-coupon bond is a bond that is sold for less than its face value (that is, it is discounted) and has no periodic interest payments. Instead, the bond is redeemed for its face value at maturity. Thus, in this sense, interest is paid at maturity. Suppose that a zero-coupon bond sells for $8,500 and can be redeemed in 20-years for its face value of $38,000. What is the annual compound rate of return? Annual compound rate = % (Round to two decimal places as needed.)arrow_forwardJane, who works for the economic research department in a multinational corporation, is preparing a report for the advisory board of the company. The report intends to clarify in which country they should invest given the expected change in demand. The objective is, of course, to identify the country with greater change in demand. Jane analyzes countries A and B that currently have the same demand. She calculates the partial derivatives of demand with respect to income and finds that for country A it is greater than for country B. Demand in country A is measured in pounds and in country B in Kg. Can we conclude that if the only change expected in both countries is a change in income of 3.5%, then the company should invest in country A? no, we should calculate instead the income elasticity for the consumption of the good the company sells in each country. There is no statistic that can illuminate the advisory board on this problem. yes, because the derivative tells us that for each…arrow_forward
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