Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150 $170 Number of houses produced 1,000 Number of pairs of shoes 650,000 525,000 (a) What is the Consumer Price Index (CPI)? (b) Calculate the CPI for both years. (c) Calculate the rate of inflation for 2001 using the CPI.

Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150 $170 Number of houses produced 1,000 Number of pairs of shoes 650,000 525,000 (a) What is the Consumer Price Index (CPI)? (b) Calculate the CPI for both years. (c) Calculate the rate of inflation for 2001 using the CPI.

Economics:

10th Edition

ISBN:9781285859460

Author:BOYES, William

Publisher:BOYES, William

Chapter4: The Aggregate Economy

Section: Chapter Questions

Problem 6E

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Please help with questions D & E: Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150, $170 Number of houses produced 1,000 Number of pairs of shoes 650,000, 525,000 (a) What is the Consumer Price Index (CPI)? (b) Calculate the CPI for both years. (c) Calculate the rate of inflation for 2001 using the CPI. (d) Calculate the GDP deflator for both years. (e) Calculate the rate of inflation for 2001 using the GDP deflator. Please help with questions D & E only.
Please help with questions D & E: Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150, $170 Number of houses produced 1,000 Number of pairs of shoes 650,000, 525,000 (a) What is the Consumer Price Index (CPI)? (b) Calculate the CPI for both years. (c) Calculate the rate of inflation for 2001 using the CPI. (d) Calculate the GDP deflator for both years. (e) Calculate the rate of inflation for 2001 using the GDP deflator.
Question 2 Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150 $170 Number of houses produced 1,000 Number of pairs of shoes 650,000 525,000 (a) What is the Consumer Price Index (CPI)? (b) Calculate the CPI for both years. (c) Calculate the rate of inflation for 2001 using the CPI. (d) Calculate the GDP deflator for both years. (e) Calculate the rate of inflation for 2001 using the GDP deflator. solution for D and E
Question 2 Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150 $170 Number of houses produced 1,000 Number of pairs of shoes 650,000 525,000 (d) Calculate the GDP deflator for both years. (e) Calculate the rate of inflation for 2001 using the GDP deflator.
Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150 $170 Number of houses produced 1,000 Number of pairs of shoes 650,000 525,000 Calculate the GDP deflator for both years. Calculate the rate of inflation for 2001 using the GDP deflator.
Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150 $170 Number of houses produced 1,000 Number of pairs of shoes 650,000 525,000 Calculate the rate of inflation for 2001 using the CPI.Calculate the GDP deflator for both years. Calculate the rate of inflation for 2001 using the GDP deflator.
Economics. Suppose the following information was published by the Australian Bureau of Statistics in 2017: Item Amount (AUD billion) Household consumption 5,029.81 Government consumption 20,340.92 Exports 1,386.39 Value of cocaine seized at Sydney Airport 20,500 Value of intermediate goods in tractor manufacturing 502,003 Gross private domestic investment 352.69 Imports 386.95 Components used in the manufacture of cars 40,000 Gifts 15,236 Government investment 88.19 Value of second-hand goods 500.00 Value of banned endangered species elephant tasks seized at Melbourne Airport 600.00 Use the information provided to calculate Australia’s GDP in 2017
Learning Activity 9.2 Question 2 Consider an economy that produces and consumes shoes and houses. In the table below are data for two different users. 2000 2001 Price of a house $120,000 $145,000 Number of houses produced 1000 1050 Price of a pair of shoe $150 $170 Number of pairs of shoes produced 650,000 525,000 Year 2000 Year 2001 Price of a house $120,000 Price of a pair of shoes $150 $170 Number of houses produced 1,000 Number of pairs of shoes 650,000 525,000 (a) What is the Consumer Price Index (CPI)? (b) Calculate the CPI for both years. (c) Calculate the rate of inflation for 2001 using the CPI. (d) Calculate the GDP deflator for both years. (e) Calculate the rate of inflation for 2001 using the GDP deflator.
Lori is a student who teaches golf on the weekend and in a year earns $20,000 after paying her taxes. At the beginning of 2010, Lori owned $1,000 worth of books, CDs, and golf clubs and she had $5,000 in a savings account at the bank. During 2010, the interest on her savings account was $300 and she spent a total of $15,300 on consumption goods and services. There was no change in the market values of her books, CDs, and golf clubs. (i) How much did Lori save in 2010? (ii) What was her wealth at the end of 2010?
3. Suppose an economy consists of Baseball, Seafood, and Technology. To produce one unit of Baseball requires: .2 units of Baseball .4 of units of Seafood .3 units of Technology To produce one unit of Seafood requires: .1 units of Baseball .2 of units of Seafood .5 units of Technology To produce one unit of Technology requires: .3 units of Baseball .1 of units of Seafood .5 units of Technology The consumer demand is: 170 units of Baseball 100 units of Seafood 200 units of Technology A. Define the necessary variables to determine the amount of Baseball, Seafood, and Technology to supply to satisfy manufacturing and consumer demands. B is S is T is B. What are the 3 algebraic equations that relate the amount supplied, amount consumed during manufacturing, and amount demanded by the consumer? C. Express the 3 equations from part B in the equivalent matrix form. D. How much Baseball, Seafood, and Technology must be supplied to meet manufacturing and consumer…
QUESTION TWOSuppose that the economy of Mwaliteta Republic has the following data for some economic variables. Assume that Mwaliteta Republic has a population of 500,000 people.Variable Amount in million ZMWExpenditure on Non-durable goods 98Non-residential fixed investment 79Central government expenditure 60Local government expenditure 82Expenditure on durable goods 82Expenditure on services 99Export expenditure 60Inventory Investment 5Depreciation 4Property income from abroad 12Indirect taxes 12Residential fixed investment 42Personal income tax…
Table 1 contains price and quantity information for two products produced by Apple,the iPhone and Apple Watch for 2016 and 2017. Let’s assume that they were producedin the United States.Table 1: Apple Products 2016 2017 Price Quantity Price QuantityiPhone $1,200 300 $1,250 400Apple Watch $500 800 $650 850 Calculate the amount contributed by Apple to nominal U.S. GDP from the salesof the two products in 2016 and 2017. Calculate the amount contributed by Apple to real U.S. GDP from the sales ofthe two products in 2016 and 2017. Determine the growth rate of nominal GDP (if Apple were the entire economy). Determine the growth rate of real GDP (if Apple were the entire economy). Use the shortcut you learned to convert between real and nominal growth ratesto determine the growth rate of prices. Is the increase in nominal GDP due to a change in…

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	2000	2001
Price of a house	$120,000	$145,000
Number of houses produced	1000	1050

Price of a pair of shoe	$150	$170
Number of pairs of shoes produced	650,000	525,000