The following table shows data for a hypothetical economy in 2016 and 2017.Use the table to answer the questions that follow.PopulationNumber of Hours WorkedReal GDPReal GDP per PersonLabor Productivity2016800,0001,250,000,000$10,000,000,000$$2017808,0001,250,000,000$10,504,000,000$$The growth rate of the population between 2016 and 2017 isCalculate real GDP per person in 2016 and 2017 and enter the values in the previous table.The growth rate of real GDP per person between 2016 and 2017 isCalculate labor productivity in 2016 and 2017, and enter the values in the previous table. (Note: Enter your answer to the nearest penny.)Hint: Labor productivity is equal to real GDP divided by the number of hours worked, so the unit of measurement is dollars per hour.Based on your calculations, the growth rate of labor productivity between 2016 and 2017 isAssuming that real GDP per person is a good measure of living standards, between 2016 and 2017, living standardsthe following reasons?The number of hours worked remained the same.O Population growth outpaced productivity growth.Productivity growth outpaced population growth.for which of

Real GDP per Person:Real Gross Domestic Product per person is a measure of the economic output per…

The following table shows data for a hypothetical economy in 2016 and 2017. Use the table to answer the questions that follow. Population Number of Hours Worked Real GDP Real GDP per Person Labor Productivity 2016 800,000 1,250,000,000 $10,000,000,000 $ $ 2017 808,000 1,250,000,000 $10,504,000,000 $ $ The growth rate of the population between 2016 and 2017 is

The following table shows data for a hypothetical economy in 2016 and 2017. Use the table to answer the questions that follow. Population Number of Hours Worked Real GDP Real GDP per Person Labor Productivity 2016 800,000 1,250,000,000 $10,000,000,000 $ $ 2017 808,000 1,250,000,000 $10,504,000,000 $ $ The growth rate of the population between 2016 and 2017 is

Essentials of Economics (MindTap Course List)

8th Edition

ISBN:9781337091992

Author:N. Gregory Mankiw

Publisher:N. Gregory Mankiw

Chapter15: Measuring A Nation's Income

Section: Chapter Questions

Problem 7PA

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Use the graph below to determine which of the following statements is true: -Real gross domestic product per capita FRED 40,000 Chained 2012 Dollars 5,000 40.000 30,000 10,000 1950 1000 1970 1000 1000 shaded rindate US recens Source U.S. Bureau of Economic Analysis 2000 2010 2030 fredstiouifed.org Real GDP per capita has increased every year during the time period shown. O The average American in the year 2021 could buy about four times as many goods and services as the average American in 1947. O The average American in 2021 is both four times better off and can buy four times as much as the average American in 1947. O The average american in the year 2021 is four times better off as the average American in 1947.
The data in the table below show the total output (a mixture of consumer, capital, and government services) and the prices of each product for the distant country of Vindaloo. (All figures are in billions and the base year is 2018.) a. Complete the table below. 123456789101112 PricesNominal GDPQty2019 PricesNominal GDPReal GDPQty2020 Prices Nominal GDPReal GDPPizzas32$8$ 36$9$ $ 40$10$ $ Movie tickets226 248 268 Farm tractors4105 595 6110 Parking meters640 750 460 Totals 201820192020ltemQty2018 b. The value of nominal GDP in 2018 is $, in 2019 is $, and in 2020 is $. c. The value of real GDP in 2018 is $, in 2019 is $, and in 2020 is $. d. The value of the GDP deflator in 2018 is, in 2019 is, and in 2020 is. Answer to one decimal place. e. The inflation rate (using the GDP deflator) in 2019 is % and 2020 is %. Answer to one decimal place. f. Suppose that the representative consumer in Vindaloo buys 5 units of each consumer good. In this case the cost of the bundle in 2018 is $, in 2019…
Practice 2 Sovyl Consider the following data on the X-product: 50 GDP deflator year price of X quantity of X Nominal GDP (base year 2005) 2010 $11.50 105,000 125 2011 $11.96 106,000 130 a) What was the growth rate of nominal GDP between 2010 and 2011? b) What was the growth rate of the GDP deflator between 2010 and 2011? c) What was real GDP in 2010 measured in 2005 price? d) What was real GDP in 2011 measured in 2005 price?
Year Real GDP per Capita 1985 6,000 1986 6,300 1987 6,700 1988 7,200 1989 7,850 1990 8,250 1991 8,450 1992 8,550 1993 8,575 1994 8,510 1995 8,370 1996 8,100 1997 7,950 1998 7,925 1999 7,960 2000 8,035 2001 8,155 The information above describes the real GDP per capita for a country for the period from 1985 through to 2001. I.…
Download the USA GDP data in the last 70 years from FRED. Make a table showing the average growth rates in the last 70, 60, 50, 40, 30, 20 years and using these figures interpret the course of USA potential GDP growth through time. Do you think this is a good way to assess the development of potential GDP? Why/why not? Can you drive graph?
Use the following table to answer the next question. Year Alta Zorn Alta Zorn (Real GDP) (Real GDP) (Population) (Population) $2,000 2,100 2,200 $150,000 152,000 154,000 1 200 500 202 505 210 508 Between years 2 and 3 A) population fell in Alta. B) Alta's real GDP grew more rapidly than Zorn's real GDP. C) population growth reduced Alta's real GDP growth to zero. D) real GDP fell in Zorn.
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: 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.
19. Table below shows nominal GDP, the GDP deflator and the population for the U.S. for 2019 and 2020. Year Nominal GDP GDP deflators Population ( in $ billions) |2019| 1987 = 100 (in millions) 4567 51.2 240 2020 6532 116.8 280 Using the information contained in the above table, calculate: (a) Growth rate of Nominal GDP (b) Growth rate of population (c) Growth rate of real GDP (d) Growth rate of real GDP per capita
12. The GDP per capita of the United States is equal to $28 020 and that of Chile is equal to $4860. a. Draw a graph with logarithmic scale that shows the GDP per capita of the United States and Chile. b. On the graph from question a., draw horizontal lines corresponding to a GDP per capita of $5, $50, $500, $5000 and $50 000. What do you notice? Explain!
cmillan Learning Consider the table of GDP and population for several imaginary countries. $ Country Wrigleyville Longhornland Dinkytown $ Using this information, please answer the questions. If there is not enough information to answer a question, please enter -11. A. What is the GDP per capita of Longhornland in U.S. dollars? Express your answer rounded to one decimal place. 20.6 Incorrect GDP in millions of U.S. dollars Population in millions GDP per capita in U.S. dollars 145.0 125 221.00 128.7 559.0 2913 B. What is the GDP of Dinkytown in millions of U.S. dollars? Express your answer rounded to one decimal place. Incorrect 1.900
A typical U.S. worker today works fewer than 40 hours per week, while in 1890, he or she worked 60 hours per week. Does this difference in the length of work weeks matter in comparing the economic well-being of U.S. workers today with that of 1890? Or can we use the difference between real GDP per capita today and in 1890 to measure differ- ences in economic well-being while ignoring differences in the number of hours worked per week? Briefly explain.