b. The (annual) growth rate of real GDP in2021 is -_%. (Enter your response as apercentage rounded to two decimal) Suppose the information in the following table is for a simple economy that produces only the following four goods: shoes, hamburgers, shirts, and cotton. Further, assume that all of the cotton is used to produce shirts.2020 Statistics2021 StatisticsQuantity2012 StatisticsProductQuantityPriceQuantityPricePrice$50.00$65.00ShoesHamburgersShirtsCotton$60.002.0090100100100752.0030.000.091202.25505025.006525.0011,00010,0000.0811,0000.07a. If the base year is the year 2012, then real GDP for 2020 equals $ 6700 (round your answer to the nearest penny) and the real GDP for 2021 equals $ (round your answer to the nearest penny).

The gross domestic product(GDP) is defined as the market value of all the final commodities produced…

Answered: b. The (annual) growth rate of real GDP…

Business

Economics

b. The (annual) growth rate of real GDP in 2021 is ___%. (Enter your response as a percentage rounded to two decimal)

Macroeconomics

13th Edition

ISBN:9781337617390

Author:Roger A. Arnold

Publisher:Roger A. Arnold

ChapterA: Working With Diagrams

Section: Chapter Questions

Problem 1QP

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Suppose the information in the following table is for a simple economy that produces only the following four goods: shoes, hamburgers, shirts, and cotton. Further, assume that all af the ontton is used to produce shts 2012 Statistics 2020 Statisties 2021 Statistics Product Quantity 120 Quantity Price Quantity Price Price $75.00 3.50 Shoes 110 $55.00 120 $70.00 Hamburgers 85 3.00 120 3.00 135 Shirts 50 30.00 50 25.00 66 25 00 Cotton 12,000 0.09 12.000 0.07 13.000 0.08 af the base year is the year 2012, then real GDP for 2020 equals $ (round you answer to the nearest pennyl and the real GDP for 2021 equals S (round your answer to the nearest pennyl. b. The (annual) growth rate of real GDP in 2021 is %. (Enter your response as a percentage rounded to hwo decimal places.)
A consumer expenditure survey reports the following information on consumer protein spending: Fish Chicken Beef Multiple Choice Multiple Choice 0.9 percent 1.4 percent Price $ 5.80 1.8 percent $3 $ 3.10 Using 2019 as the base year, by how much does a "cost of protein" index decrease between 2019 and 2020? 3.6 percent 2019 Quantity 5 14 7 Using 2019 as the base year, by how much does a "cost of protein index decrease between 2019 and 2020? Price $7 $ 1.50 $5 2020 Quantity 6 12 10 G
The following is production data: Orange Juice (Quantity) 600 610 620 Year Waffles Waffles (Quantity) (Price) 2010 100 $3 2011 120 $3.20 2012 150 $3.50 Orange Juice (Price) $1 $2 $3 Toaster Ovens (Quantity) 280 300 300 Toaster Ovens (Price) $22 $25 $28 The above, like I said, is production data. Consumption data is as follows: the average citizen consumes 80 waffles, 20 units of orange juice and 10 toaster ovens. 2010 is the base year for all calculations. Carefully following all directions for entering your answer, tell me the price/cost of the market basket for 2012.
The following is production data: Orange Juice (Quantity) 600 610 620 Year Waffles Waffles (Quantity) (Price) 2010 100 $3 2011 120 $3.20 2012 150 $3.50 Orange Juice (Price) $1 $2 $3 Toaster Ovens (Quantity) 280 300 300 Toaster Ovens (Price) $22 $25 $28 The above, like I said, is production data. Consumption data is as follows: the average citizen consumes 80 waffles, 20 units of orange juice and 10 toaster ovens. 2010 is the base year for all calculations. Carefully following all directions for entering your answer, calculate real GDP for 2010 for this economy.
Suppose the information in the following table is for a simple economy that produces only the following four goods: shoes, hamburgers, shirts, and cotton. Further, assume that all of the cotton is used to produce shirts. 2009 Statistics 2016 Statistics 2017 Statistics Product Quantity Price Quantity Price Quantity Price Shoes 100 $52.00 115 $65.00 110 $70.00 Hamburgers 85 3.00 120 3.00 135 3.50 Shirts 60 35.00 55 30.00 75 30.00 Cotton 11,000 0.85 10,000 0.70 11,000 0.75 T he GDP deflator in 2017 is: OА. 100 О В. 103.3 O C. 110.9 O D. 119.1
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.
Suppose you have been hired as a management consultant by a major oil company to help it optimally price gasoline at its service stations. Your research has uncovered the following data: Price of Crude Oil $ 80 90 100 110 GDP 17.0 16.9 16.8 16.7 #of New Mustaches Grown Price of Gasoline $2.75 3.00 3.25 3.50 3,000 2,000 5,000 1,000 Your client has asked you to plot GDP and gasoline prices on a graph. 1.) Using the multipoint curve drawing tool, plot GDP against gasoline prices on the graph to the right. Carefully follow the instructions above and only draw the required object. Click to enlarge graph Came Gasoline Prices ($per Galon) 3.75 3.50- 3.25 3.00- 2.75 2.50+ 16,5 16.9 GOP Q 16.7 17.1 17.3 After plotting the final point of your multipoint curve, press the Esc key on your keyboard to end the line.
A) Elucidate how an economy’s income must always equal its expenditure. B) Assume a hypothetical economy that produces only one good – Peanut Butter. In year 1, the quantity produced is 4 packs and the price is Rs.400 per pack. In year 2, the quantity produced is 5 packs and the price is Rs.500 per pack. In year 3, the quantity produced is 6 packs and the price is Rs.600 per pack. Year 1 is the base year. 1) What is nominal GDP for each of these three years? 2) What is real GDP for each of these years? 3) What is the GDP deflator for each of these years? 4) What is the percentage growth rate of real GDP from year 2 to year 3? 5) What is the inflation rate as measured by the GDP deflator from year 2 to year 3? 6) In this one-good economy, how might you have answered parts (4) and (5) without first answering parts (2) and (3)?
a) Elucidate how an economy’s income must always equal its expenditure. b) Assume a hypothetical economy that produces only one good – Peanut Butter. In year 1, the quantity produced is 4 packs and the price is Rs.400 per pack. In year 2, the quantity produced is 5 packs and the price is Rs.500 per pack. In year 3, the quantity produced is 6 packs and the price is Rs.600 per pack. Year 1 is the base year. a) What is nominal GDP for each of these three years? b) What is real GDP for each of these years? c) What is the GDP deflator for each of these years? d) What is the percentage growth rate of real GDP from year 2 to year 3? e) What is the inflation rate as measured by the GDP deflator from year 2 to year 3? f) In this one-good economy, how might you have answered parts (d) and (e) without first answering parts (b) and (c)? kindly solve all the parts
The following table shows some data for an economy that produces only two goods: milk and honey. Year 2020 20 2022 Year 2020 2021 2022 2 Price Quantity Price (Dollars) (Quarts) (Dollars) 1 150 2 150 2 2022 Milk The following table shows nominal GDP, real GDP, and the GDP deflator for each year listed. Nominal GDP Real GDP (Dollars) 350 700 1,400 300 % % From 2020 to 2021, 4 350 700 Honey 4 Quantity (Quarts) 100 % (Dollars) GDP Deflator 350 Compute the percentage change in nominal GDP, real GDP, and the GDP deflator in 2021 and 2022 from the preceding year. 100 100 Percentage Change In... Year Nominal GDP Real GDP GDP Deflator 2021 % % % 200 200 200 did not change; and from 2021 to 2022, Comparing the changes in 2021 and 2022, economic well-being increased more in did not change.
Consider an economy that produces and consumes coffee, bread and auto- mobiles. In the following table, we have data for two different years. The first 2 questions refer to this table. Year 2018 Year 2019 $31,000 $30,000 $1.60 $1.50 $2.00 Price of 1 Automobile Price of 1 loaf of Bread Price of 1 cup of Coffee Number of Automobiles Produced Number of Loaves of Bread Produced Number of Cups of Coffee Produced $2.20 1100 1000 400,000 100,000 400,000 105.000 Using the year 2018 as the base year, compute the following statistics for each year: nominal GDP, real GDP, the GDP deflator (a Paasche price index) and the CPI (a Laspeyres price index). For the CPI, assume that the representative basket of goods is exactly the one produced in the year 2018