Statistical abstract

12. In 2018, a small town in South America had a population of 1,400 people. Upon recounting in 2020, the population had grown exponentially to 1,800 people. a. Find the rate (as a percentage) at which it grew by each year to get from 1,400 to 1,800, b. Write an equation for the population in this town. c. Find the year that the population will be double what it was in 2018.

The country of Caspir produces only cereal and milk. Quantities and prices of these goods for the last several years are shown below. The base year is 2015. Prices and Quantities Year 2015 2016 2017 2018 Price of Cereal $4.00 $4.00 $5.00 $6.00 Quantity of Cereal 100 120 150 180 Refer to Table 23-5. In 2017, this country's Price of Milk $1.50 $2.00 $2.50 $3.50 O real GDP was $1250, and the GDP deflator was 138.9. O real GDP was $1250, and the GDP deflator was 128.0. O real GDP was $900, and the GDP deflator was 138.9. O real GDP was $900, and the GDP deflator was 128.0. Quantity of Milk 180 200 200 240

30- What do we find if we add net foreign factor incomes to GDP?a)GDP B)Real MG NS)purchasing power parity D)SMH TO)MG

54 You are employed by the state bureau of economic development. There is a demand for a leading economic index to review past economic activity and to forecast future economic trends in the state. You decide that several key factors should be included in the index: number of new businesses started during the year, number of business failures, state income tax receipts, college enrollment, and the state sales tax receipts. Here are the data for 2000 and 2018. New businesses Business failures State income tax receipts ($ millions) College student enrollment State sales tax ($ millions) Click here for the Excel Data File 2000 1,0881 627 Leading economic indicator 191.7 242,119 Economic activity has 41.6 2018 1,162 520 162.6 290,841 The weights you assign are: new businesses 15%, business failures 10%, income tax 40%, enrollment 10% and sales tax 25%. 39.9 b. Compute the leading economic indicator for 2018. (Round your answer to 2 decimal places.) c. Interpret the indexes. (Round your…

2. Suppose that New Zombie has adopted the framework used by the US Bureau of Labor Statistics to calculate its labor force statistics. Following information is extracted from a database maintained by the country's ministry of labor Total population 24,512,311 personnel 98,539 People below 16 years of age 4, 240, 102 People in elderly care centers 1, 232, 130 People who didn't look for jobin 4 weeks 831,304 House wives whose sole activity is home - making 3, 424, 204 Volunteers 313,200 Self employed people 3,423,042 People who are jobless, actively looking for a job, and 2, 234 available for work Calculate the unemployment rate and the labor force of New Zombie Show your calculation (See next page for the formula and directions for this problem )

The country of Caspir produces only cereal and milk. Quantities and prices of these goods for the last several years are shown below. The base year is 2015. Prices and Quantities Quantity of Cereal Quantity of Milk Year Price of Cereal Price of Milk 2015 2016 $4.00 $1.50 100 120 180 200 $4.00 $2.00 2017 $5.00 150 $2.50 200 2018 $6.00 180 $3.50 240 1. Refer to Table 23-5. For each year listed, calculate real GDP and the GDP deflator, using 2015 as the base year. 2. Refer to Table 23-5. By how much did output grow from 2016 to 2017? 3. Refer to Table 23-5. What was this country's inflation rate from 2016 to 2017? From 2017 to 2018?

6. Fill in the bottom table by converting nominal incomes into real incomes. Nominal Mean Household Income (current dollars) 1980 2014 Lowest 20% $4,300 $11,700 Highest 20% $46,500 $194,000 Highest 5% $69,500 $332,000 CPI 36.5 100 Real Mean Household Income (constant dollars) 1980 2014 change Lowest 20% Highest 20% Highest 5% a C Briefly summarize your findings from the above data.

Consider the following table, which describes the prices and quantities of goods produced in an economy over 3 years. Treat 2018 prices as base-year prices. 2018 2019 2020 Item Prices Quantities Prices Quantities Prices Quantities Meal Kit Delivery $106.00 65025 $110.00 81600 $109.35 91600 Water $46.00 80025 $51.25 87350 $49.10 89850 Hydro Electricity Dry cleaning $53.00 $62.00 76025 $59.25 84200 $57.85 86350 43025 $67.00 49850 $67.10 47350 Entertainment $26.00 51025 $31.50 57900 $32.10 60950 Carry all rounded answers to later parts of the problem. • First two blanks: round the GDP deflator to 1 decimal place (example: 0.1). • Third and fourth blankS: report the GDP increase and change in price level as a percentage, rounded to 1 decimal place (example: 0.1). Do not include the % sign. The GDP deflator for 2019 is The GDP deflator for 2020 is % between 2019 and 2020. The economy's output level increased by % between 2019 and 2020. The price level increase by

Table 23-3 The following table reports nominal and real GDP for the U.S. from 1929 to 1932. Year 1929 1930 1931 1932 Nominal GDP (Billions of dollars) 103.6 91.2 76.5 58.7 Real GDP (Billions of dollars) 977 892.8 834.9 725.8 Refer to Table 23-3. What was the growth rate of real GDP for 1930? -9.43%. Nominal GDP is a better gauge of economic well-being than real GDP. -9.43%. Real GDP is a better gauge of economic well-being than nominal GDP. -8.62%. Nominal GDP is a better gauge of economic well-being than real GDP. -8.62%. Real GDP is a better gauge of economic well-being than nominal GDP.

1.Based on the following statistic, form a price index (consider 2015 as the base year) for the country East Germany: Products Computer Price & Quantity in 2015- $400,10 Computer Price & Quantity in2016- $300,10 Mobile Price & Quantity in 2015- $2,14 Mobile Price & Quantity in 2016- $10,14 Wheat Price & Quantity in 2015- $8,18 Wheat Price & Quantity in2016- $9,18 a) After forming a price index, calculate and comment on inflation of East Germany. 2.Explain with a diagram how a decrease in human capital can lead to detrimental results for economic growth (holding physical capital and technological progress constant)?

3 Using the data in the table below related to nominal GDP, real GDP, and total population, answer the questions for the time period 2010-2019: budy Year 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 Nominal GDP (in Millions) $9,817,000 10,128,000 10,469,000 10,960,000 11,685,000 12,422,000 13,178,000 13,808,000 14,291,000 13,939,000 14,524,000 15,518,000 16,163,000 16,768,000 17,393,000 18,037,000 18,954,000 19,543,000 20,612,000 21,433,000 For 2010: Real GDP (in Millions) (2012 Base Year) $13,131,000 13,262,000 13,493,000 13,879,000 14,406,000 14,913,000 15,338,000 15,626,000 % 15,605,000 15,209,000 15,599,000 15,841,000 16,197,000 16,495,000 16,912,000 17,432,000 17,731,000 18,144,000 18,688,000 19,092,000 Instructions: 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.…

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

Using the data in the table below related to nominal GDP, real GDP, and total population, answer the questions for the time period 2010-2019: Year 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 Nominal GDP (in Millions) $9,817,000 10,128,000 10,469,000 10,960,000 11,685,000 12,422,000 13,178,000 13,808,000 14,291,000 13,939,000 14,524,000 15,518,000 16,163,000 16,768,000 17,393,000 18,037,000 18,954,000 19,543,000 20,612,000 21,433,000 For 2019: Nominal GDP per capita = $ Real GDP per capita = $ Real GDP (in Millions) (2012 Base Year) % $13,131,000 13,262,000 13,493,000 13,879,000 14,406,000 14,913,000 15,338,000 15,626,000 15,605,000 Instructions: 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: 15,209,000 15,599,000 15,841,000 16,197,000 16,495,000 16,912,000 17,432,000…

Consider an economy that produces and consumes bread and automobiles. The table below presents the data for two different years      Bread (a loaf)     Automobile  Year  Price  Quantity     Price  Quantity  2013  $10  500,000     $50,000  100  2021  $20  450,000     $60,000  150    Cost of basket for both 2013 & 2021   CPI (consumer price index) for 2021

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…

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…

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: $

Consider the data shown in the table. Assume that the economy produces only frozen fish. What is the real GDP for last year using this year as the base year?   tons of fish sold  actual price  last year 100 1800 this year 105 1850

Real Gross Domestic Product (GDPY 2.476 billion US dollars Real income per capita in Lusitania is $ (Round your response to the hearest dollar.) Real income per worker in Lusitania is $ (Round your response to the nearest dollar) The following table gives you the same information for the country Arctica 2011 Population, total in Arctica Employment 120 million 60 million Real Gross Domestic Product (GDP) 3,600 billion US. dollars Real income per capita in Arctica is $ (Round your response to the nearest dollar Real income per worker in Arctica is $ (Round your response to the nearest dollar) Based on the information, V would be considered more productive since its V is higher Using the information given in both of these tables to compare living standards in Lusitania and Arctica you should use O A. the dependency ratio. O B. real income per capita O C. absolute real GDP in U.S. dollars O D. real income per worker. Click to select your answer(s).

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.

1. Give two examples of any facts (data) on older-adults (65+) population that surprised you or you did not expect. Erber provides a lot of data on topics including: demography and population trends, Baby Boomers, residence patterns, as well facts on health, education, gender, and poverty.