ECON 001 Lecture Notes - Lecture 21: Nominal Interest Rate, Real Interest Rate, Money Supply

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12 Jun 2018
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Chapter 30 Inflation Rates and Money
Q: Why does inflation occur?
I. Classical Dichotomy
Two Types of Variables:
1. Real variables (variables received in output)
2. Nominal variables (variables measured in dollars)
Nominal Variables
Real Variables
NGDP
RGDP
Nominal interest rate
Real Interest Rate
Nominal Exchange Rate
Real Exchange Rate
Money
Unemployment
Prices and Inflation
Classical Dichotomy- theory that states that in the long-run changes in real variables will
have no effect on nominal variables and vice-versa.
(ex) Change in Money Supply will only affect other nominal variables and not real variables
such as RGDP or unemployment.
II. Quantity Theory of Money
Q: Why do households hold money?
A: people hold money to conduct transactions
The demand for money will be affected by
1. Quantity of goods purchased (# of transactions)
2. Prices of goods
A. Quantity Equation- illustrates relationship between money demand, prices, and quantity
of goods purchased
Use real GDP (Y) as proxy for total transactions
Money x Velocity = Prices x Output
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Document Summary

Chapter 30 inflation rates and money: real variables (variables received in output, nominal variables (variables measured in dollars) Q: why does inflation occur: classical dichotomy. The demand for money will be affected by: quantity of goods purchased (# of transactions, prices of goods, quantity equation- illustrates relationship between money demand, prices, and quantity of goods purchased. Use real gdp (y) as proxy for total transactions. Money x velocity = prices x output. M x v = p x y (quantity equation) Velocity- measures amount of times dollar bill will circulate in economy per year. V = (py/m) (ex) suppose economy only produces beer: 5,000 bottles sold = y. Price per bottle= , and total amount of money = ,000. Calculate velocity (v) v = ((5 x 5,000)/ 500)= 50. Z = xy then %changez = %changex + %changey. %changem + %changev = %changep + %changey (ex) suppose %changem = 5%, velocity is constant (%changev= 0), %changey = 3%

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