Using the data In the table below related to nominal GDP, real GDP, and total population, answer the questlons for the time perlod 2010-2019: Real GDP (in Millions) (2012 Base Year) Population (in Nominal GDP (in Millions) Year (suo!W 282.4 000 10,128.000 13,262.000 285.5 2002 288.6 000 291.0 2004 12,422,000 14.913.000 296.6 13,178,000 9002 8887 15.626,000 000 808 14.291.000 15,605.000 800 600 2010 14,524,000 2011 15,518,000 15.841.000 311.7 2012 16,163,000 16,197,000 2013 16,768,000 16,495,000 316.2 2014 16,912,000 318.6 2015 17,432,000 2016 18,954,000 17,731,000 323.1 2017 19,543,000 18,144,000 325.1 2018 20,612,000 18,688,000 327.1 2019 21.433,000 329.1 Instructlons: In part a, round your responses to the nearest dollar. In parts b and c, enter your responses as a percentage rounded to one decimal place. a. Calculate nominal and real GDP per capita for 2010 and 2019. For 2010: Nominal GDP per capita = $ Real GDP per capita = $ For 2019: Nominal GDP per capita = $ %3D Real GDP per capita = $ %3D b. By what percentage did nominal per capita GDP Increase? %L

Using the data In the table below related to nominal GDP, real GDP, and total population, answer the questlons for the time perlod 2010-2019: Real GDP (in Millions) (2012 Base Year) Population (in Nominal GDP (in Millions) Year (suo!W 282.4 000 10,128.000 13,262.000 285.5 2002 288.6 000 291.0 2004 12,422,000 14.913.000 296.6 13,178,000 9002 8887 15.626,000 000 808 14.291.000 15,605.000 800 600 2010 14,524,000 2011 15,518,000 15.841.000 311.7 2012 16,163,000 16,197,000 2013 16,768,000 16,495,000 316.2 2014 16,912,000 318.6 2015 17,432,000 2016 18,954,000 17,731,000 323.1 2017 19,543,000 18,144,000 325.1 2018 20,612,000 18,688,000 327.1 2019 21.433,000 329.1 Instructlons: In part a, round your responses to the nearest dollar. In parts b and c, enter your responses as a percentage rounded to one decimal place. a. Calculate nominal and real GDP per capita for 2010 and 2019. For 2010: Nominal GDP per capita = $ Real GDP per capita = $ For 2019: Nominal GDP per capita = $ %3D Real GDP per capita = $ %3D b. By what percentage did nominal per capita GDP Increase? %L

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

The following table shows data on a hypothetical country's Real GDP from 1970 through 1978: Real GDP Year (Billions of Dollars) 1970 465 1971 470 1972 475 1973 485 1974 510 1975 505 1976 495 1977 490 1978 500 The green line on the following graph shows the economy's long-term growth trend. Lise the blue points (circle symbol) to plot the Real GDP in each of the years listed. (Note: Plot your points in the order in which you would like them connected. Line segments will connect the points automatically.) Next, place the black point (plus symbol) on the graph to indicate the point on the Real GDP curve that delinitely represents a peak. Finally, place the grey point (star symbol) on the graph to indicate the point on the Real GDP curve that delinitely represents a trough. 550 540 Real GDP 530 520 510 Peak 500 490 Traugh Growth trend 480 470 460 450 1970 1971 1972 1973 1974 1975 1978 1977 1978 YEAR Calculate the percentage change in Real GDP in each of the years shown. (Hint: The…
The country of Economica's GDP deflator and nominal GDP in three different years are shown in the table. Year Nominal GDP GDP Deflator year 1 $25128 122 year 2 $54566 108 year 3 $30967 100 The base year, i.e. the base period, is Year 3. For years 1-3, please obtain the real GDP. Round your answers to the nearest dollar. What is the real GDP for year 1? real GDP: $ What is the real GDP for year 2? real GDP: $ What is the real GDP for year 3? real GDP: $
Chapter 01 Homework Suppose that Rosa is a diligent hard-working first-year college student. One Sunday, she decides to start the day by working through 300 practice problems to study for the statistics class. Using a table to track her progress throughout the day, she notices that as the hours pass, it takes her longer to solve the problems. Time 7:00 AM 8:00 AM 9:00 AM 10:00 AM 11:00 AM Total Problems Solved 0 120 210 270 300 Use the table to answer the following questions. The marginal, or additional, gain from Piper's second hour spent working, from 8:00 AM to 9:00 AM, is The marginal gain from Piper's fourth hour spent working, from 10:00 AM to 11:00 AM, is problems. problems. The following week, Piper's statistics faculty advisor gives her some advice. In all their years of teaching they claim to observe that working on 105 multiple choice questions boosts a student's test score by about the same amount as spending an hour reviewing lecture notes. For simplicity, assume students…
Homework The Aggregate Economy Revenues Expenditures GDP Year (Billions of dollars) (Billions of dollars) (Billions of dollars) 2000 2,025 1,789 9,817 2001 1,991 1,863 10,128 2002 1,853 2,011 10,470 2003 1,783 2,160 10,961 2004 1,880 2,293 11,686 Plot the data for revenues and expenditures as a percentage of GDP on the following graph, rounded to the nearest percent. Use the purple points (diamond symbol) for expenditures and the green points (triangle symbol) for revenues. Note: Plot your points in the order in which you would like them connected. Line segments will connect the points automatically. 25 EXPENDITURES AND REVENUES (Percent of GDP) 15 10 0 2003 > Expenditures 2004 2005 1999 2000 2001 2002 YEAR In which years was the government's budget in deficit? Check all that apply. 2000 2001 2002 U 2003 2004 In 2001, the national debt by 4 Revenues X A-Z हे
Calculate median income in 2000 (real) dollars for each of the 3 years. Suppose GDP in current (nominal) dollars and the GDP price index for the United States are as follows: Year 1990 2000 2005 GDP in current dollars (trillions) 6.0 10.0 15.0 Calculate GDP in 2005 (real) dollars for each of the 3 years. Price index [2000=100] 80 100 125
3) Fill out the missing numbers in the table below. You will need to use a calculator or Excel. Percent change Real GDP Chained (1915) quantity index, base year 1915 equals 100 in real GDP from Nominal dollar Year previous year GDP real GDP index 1914 3 121 1915 5 125 1916 -2 120
(1) Use the data from the following table to calculate the GDP per capita of each country. The GDP per capita for Estonido and for Galicia in 2018 is Country Year GDP (billions in U.S. $) Population (millions) Estonido 2017 525.50 73 Galicia 1,658.00 118.25 Estonido 2018 721.75 78 Galicia 1,724.30 121.8 (a) $925 for Estonido and $1,412 for Galicia in 2017. (b) $9,253 for Estonido and $14,157 for Galicia in 2017. (c) $7,199 for Estonido and $14,021 for Galicia in 2017. (2) When calculating GDP as the sum total of all spending, which of the following should be included? (a) government purchases of labor, goods, and services. (b) government transfer payments. (c) savings. (3) For productivity to increase (a) the total number of hours worked has to increase. (b) the value of the production per hour worked has to increase. (c) the total production or output has to increase.
Year 1 2 3 Alta (Real Multiple Choice O GDP) $ 2,000 2,100 2,200 Refer to the table. Between years 2 and 3, O O Zorn (Real GDP) $ 150,000 152,000 154,000 Alta (Population) 200 202 210 both country's real GDP per capita decreased. populations for both countries increased by the same amount. Zorn's real GDP grew more rapidly than Alta's real GDP. Zorn's real GDP grew by 1.3 percent. Zorn (Population) 500 505 508 B
Question 3 The table below gives some labor statistics (from the Bureau of Labor Statistics) for years 1995, 2000 and 2005. Use these data to answer the following questions. Express your answers in percentage terms to two places past the decimal. Variable 1995 2000 2005 Population 26,000,000 27,000,000 28,000,000 Adult population 18,000,000 19,000,000 20,500,000 Adult population able to work 17,900,000 18,800,000 20,000,000 Adult population able and wanting to work 15,700,000 16,500,000 18,000,000 Number employed 14,000,000 14,500,000 15,000,000 Number unemployed 1,000,000 1,500,000 2,500,000 a. Define labor force. For each year find the labor force b. Define the labor-force participation rate. Calculate it for each year c. Calculate the unemployment rate for each year.
The table below presents a brief summary of City Y’s total spending, local GDP, and population changes. Read the table and answer the following questions. 2010 2020 Total spending ($ million) 89 104.12 Local GDP ($ millions) 110 134 Population 50,000 56,275 CPI deflators (2012=1) 0.96 1.05 Calculate per capita spending in 2010 and 2020, respectively, using constant dollars. *Results round to the nearest dollar. Calculate the compound annual growth rate of per capita spending from 2010 to 2020 Interpret what the two spending-to-GDP ratios tell us about City Y’s spending trend. Assuming City Y’s population grows at a constant rate in the next decade. Based on the information in the table, estimate City Y’s population in 2030.
GDP Table Transfer payments Government purchases 32 160 Personal taxes 76 Corporate Income taxes Taxes on production and imports 56 30 Social secunity contributions 16 Undistributed corporate profits Proprietors income 38 50 Compensation of employees Personal consumption expenditures Consumption of fived capital 516 644 Rents 66 Exports 28 Corporate profits 140 nterest 64 Dividends 46 Imports Gross private domestic investment Net foreign factor income eamed Statistical discrepancy 34 126 20 70 Refer to the above data. PI is: Oa. $702. Ob. Sy28. Oe S758. od. Sy26.
Complete the following table by filling in the missing cells. Real GDP Nominal GDP Year (In 2000 dollars) (In current dollars) GDP Deflator (Base year 2000) 1970 3,000 1,200 1980 5,000 60 1990 7,000 6,000 100 2000 9000 8,000 2010 15,000 200 2020 10,000 300 2030 20,000 50,000