Suppose Neha is a cinephile and buys only movie tickets. Neha deposits $3,000 in a bank account that pays an annual nominal interest rate of 10%. Assume this interest rate is fixed-that is, it won't change over time. At the time of her deposit, a movie ticket is priced at $15.00. Initially, the purchasing power of Neha's $3,000 deposit is movie tickets. For each of the annual inflation rates given in the following table, first determine the new price of a movie ticket, assuming it rises at the rate of inflation. Then enter the corresponding purchasing power of Neha's deposit after one year in the first row of the table for each inflation rate. Finally, enter the value for the real interest rate at each of the given inflation rates. Hint: Round your answers in the first row down to the nearest movie ticket. For example, if you find that the deposit will cover 20.7 movie tickets, you would round the purchasing power down to 20 movie tickets under the assumption that Neha will not buy seven-tenths of a movie ticket. Number of Tickets Neha Can Purchase after One Year Real Interest Rate 0% Annual Inflation Rate 10% % % 13% % When the rate of inflation is equal to the interest rate on Neha's deposit, the purchasing power of her deposit of the year. remains the same falls rises over the course
Suppose Neha is a cinephile and buys only movie tickets. Neha deposits $3,000 in a bank account that pays an annual nominal interest rate of 10%. Assume this interest rate is fixed-that is, it won't change over time. At the time of her deposit, a movie ticket is priced at $15.00. Initially, the purchasing power of Neha's $3,000 deposit is movie tickets. For each of the annual inflation rates given in the following table, first determine the new price of a movie ticket, assuming it rises at the rate of inflation. Then enter the corresponding purchasing power of Neha's deposit after one year in the first row of the table for each inflation rate. Finally, enter the value for the real interest rate at each of the given inflation rates. Hint: Round your answers in the first row down to the nearest movie ticket. For example, if you find that the deposit will cover 20.7 movie tickets, you would round the purchasing power down to 20 movie tickets under the assumption that Neha will not buy seven-tenths of a movie ticket. Number of Tickets Neha Can Purchase after One Year Real Interest Rate 0% Annual Inflation Rate 10% % % 13% % When the rate of inflation is equal to the interest rate on Neha's deposit, the purchasing power of her deposit of the year. remains the same falls rises over the course
Brief Principles of Macroeconomics (MindTap Course List)
8th Edition
ISBN:9781337091985
Author:N. Gregory Mankiw
Publisher:N. Gregory Mankiw
Chapter6: Measuring The Cost Of Living
Section: Chapter Questions
Problem 9PA
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Transcribed Image Text:Suppose Neha is a cinephile and buys only movie tickets. Neha deposits $3,000 in a bank account that pays an annual nominal interest rate of 10%.
Assume this interest rate is fixed-that is, it won't change over time. At the time of her deposit, a movie ticket is priced at $15.00.
Initially, the purchasing power of Neha's $3,000 deposit is
movie tickets.
For each of the annual inflation rates given in the following table, first determine the new price of a movie ticket, assuming it rises at the rate of
inflation. Then enter the corresponding purchasing power of Neha's deposit after one year in the first row of the table for each inflation rate. Finally,
enter the value for the real interest rate at each of the given inflation rates.
Hint: Round your answers in the first row down to the nearest movie ticket. For example, if you find that the deposit will cover 20.7 movie tickets,
you would round the purchasing power down to 20 movie tickets under the assumption that Neha will not buy seven-tenths of a movie ticket.
Number of Tickets Neha Can Purchase after One Year
Real Interest Rate
0%
Annual Inflation Rate
10%
%
%
13%
%
When the rate of inflation is equal to the interest rate on Neha's deposit, the purchasing power of her deposit
of the year.
remains the same
falls
rises
over the course
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