1. Carefully define Consumer Price Index (CPI). How is the CPI
used to measure the economy’s performance? What flaws and/or
pitfalls are there in the measure?
What is the "market basket" used in calculating the Consumer
Price Index (CPI) to get the figure for inflation? Are there any
drawbacks of the Consumer Price Index?
The consumer price index (CPI) is used to calculate the rate of
inflation, and hence it measures the cost of living in an
economy.
How do we use consumer price index (CPI) to measure the cost of
living? What is the relationship between CPI and the rate of
inflation?
What is the importance of measuring price fluctuations? How
does the change in average price help explain the difference
between nominal and real interest rates?
The
consumer price index (CPI)
is a fixed-weight index. It compares the price of a fixed
bundle of goods in one year with the price of the same bundle of
goods in some base year.
Suppose the market basket to compute the consumer price index
consists of
200
units of good X,
175
units of good Y, and
60
units of good Z. Year 2013 is the base
year.
Prices of these goods for the years 2013, 2014, and 2015...
Suppose the Consumer Price Index (CPI) is computed as a
Laspeyres price index. Explain the concept of
“substitution bias” in using the CPI to measure the change in the
cost of living. Be sure to explain what is meant by the “change in
the cost of living.”
We discussed two price indexes, the Consumer Price Index (CPI)
being an example of an index that has fixed quantity weights from
the base period and the GDP Deflator being an example of an index
that has current quantity weights. Suppose we have an economy in
which there are only three goods produced and consumed: rice,
electricity, and cellphones. The prices and quantities for the
years 2018 and 2019 are given in the following table:
2018
Rice
Electricity
Cellphones
Quantity...
Please type answer The Consumer Price Index
(CPI) is just one price index that we use to measure inflation. The
CPI was 33.4 in 1967 and 160.5 in 1997. Dividing 160.5 by 33.4
yields a factor of 4.8, so if Dr. Evil thought that one million
dollars was a lot of money in 1967, an equivalent amount in 1997
would be $4.8 million. Imagine if you were cryogenically frozen in
the 1960s and revived 30 years later. Changes in societal...