The market interest rate is 9 percent and is expected to stay at that level. Consumers can borrow and lend all they want at this rate. Would you prefer a $350 rebate on a $7,000 car or one year of financing for the full price of the car at 0 percent interest? You would What if the interest rate were 13 percent? If the interest rate were 13 percent, then you would prefer the financing be indifferent prefer the rebate

The market interest rate is 9 percent and is expected to stay at that level. Consumers can borrow and lend all they want at this rate. Would you prefer a $350 rebate on a $7,000 car or one year of financing for the full price of the car at 0 percent interest? You would What if the interest rate were 13 percent? If the interest rate were 13 percent, then you would prefer the financing be indifferent prefer the rebate

Microeconomics A Contemporary Intro

10th Edition

ISBN:9781285635101

Author:MCEACHERN

Publisher:MCEACHERN

Chapter13: Capital, Interest, Entrepreneurship, And Corporate Finance

Section: Chapter Questions

Problem 13PAE

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The market interest rate is 9 percent and is expected to stay at that level. Consumers can borrow and lend all they want at this rate. Consider each of the following situations. 1) Would you prefer a $500 gift today or a $540 gift next year? 2) Would you prefer a $100 gift now or a $500 loan without interest for four years? 3) Would you prefer a $350 rebate on an $8000 car or one year of financing for the full price of the car at 0 percent interest?
All Stafford loans are O only for full-time students for undergraduate and graduate students O subsidized by the government O for undergraduate students
Assume that an individual expects to work for 40 years andthen retire with a life expectancy of an additional 20 years.Suppose also that the individual’s earnings increase at a rateof 3 percent per year and that the interest rate is also 3 percent(the overall price level is constant in this problem). What(constant) fraction of income must the individual save ineach working year to be able to finance a level of retirementincome equal to 60 percent of earnings in the year just priorto retirement?
The demand D (in billions of £) for a bond with coupon rate 5% and face value FV = 1000, andtwo 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 quantitydemanded/supplied at this interest rate? What happens to the demand/supply of the bond asthe interest rate increases? Explain why. c) What is the equilibrium interest rate?
The demand D (in billions of £) for a bond with coupon rate 5% and face value FV = 1000, andtwo 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 quantitydemanded/supplied at this interest rate? What happens to the demand/supply of the bond asthe 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 expansion, so both supply and demand shifts. After the shift, thenew 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 arein line with empirical data?
Suppose your rich relative promises you the choice between $20,000 today and a delayed graduation gift of a $45,000 in four years time. Assume that the interest rate is 5 per cent. *Compare the present discounted value of the delayed gift versus the immediate gift. *What is the interest rate that would equalize the present discounted value ofthe two gifts? What happens as interest rates become higher than this value?
Suppose that the demand for laonable funds for car in the Milwaukee area is $11million per month at an interest rate of 10 percent per year, $12million at an interest rate of 9 percent per year, $13million at an interest rate of 8 percent per year and so on. a. If the supply of loanable funds is fixed at $17million, what will be the equilibrium interest rate? b. If the government imposes a usury law and says that car loans cannot exceed 3 percent per year, how big will the monthly shortage (or excess demand) for car loans be? c. How big will the monthly shortage for car loans be if the usury limit is raised to 7 percent per year?
Suppose that the demand for loanable funds for car loans in the Milwaukee area is $10 million per month at an interest rate of 10 percent per year, $11 million at an interest rate of 9 percent per year, $12 million at an interest rate of 8 percent per year, and so on. If the supply of loanable funds is fixed at $15 million, what will be the equilibrium interest rate? If the government imposes a usury law and says that car loans cannot exceed 3 percent per year, how big will the monthly shortage (or excess demand) for car loans be? What if the usury limit is raised to 7 percent per year?
Suppose a person has a total credit card debt of $1,500$⁢1,500 that has a 7%7% yearly interest rate. This person also has a savings account with $2,500$⁢2,500 that pays 2%2% interest per year. Despite the net loss, the person keeps both.Calculate how many times the person appreciates the $1$⁢1 of savings more than $1$⁢1 of credit card debt if the person relates similarly to both values of percent paid and received. Enter your answer in the box below and round to two decimal places if necessary.
-Assume an interest rate of 5%. What is the maximum amount an individual would be willing to give up today in exchange for $1, paid 30 years in the future? -Suppose the government has promised to pay $100 billion dollars in benefits 10 years from now. Assuming an interest rate of 4%, what is the present discounted value (PDV) of the obligation? Answer in billions of dollars, rounded to two decimal places.
Assume I won 8 million dollars in a lottery. I could take my winnings in installments of 2 million dollars a year for four years or a lump sum of fewer than 8 million dollars. If I take the installments, my first installment would come the day I claimed my winnings at the state lottery office. Assume that the interest rate is 7% per year and that there are no taxes on the winnings. 1. Calculate what the lump sum should be so that it would exactly equal the present value of the stream of the future stream of installments from the lottery. You must show and explain the work. 2. What would your answer change be if the first installment in the question above did not come until one year after I claimed my winnings. You must show and explain your work.
Which of the following results in an increase in consumers’ lifetime wealth, i.e. an increase in the net presentvalue of lifetime income? (a) Increase in interest rate(b) Decrease in future wages(c) Decrease in interest rate(d) Decrease in current taxes, financed by an increase in future taxes