The following table shows some data for an economy that produces only two goods: milk and honey.MilkHoneyPriceQuantityPriceQuantityYear(Dollars)(Quarts)(Dollars)(Quarts)202011501002021150410020223004200Using 2020 as the base year, compute nominal GDP, real GDP, and the GDP deflator for each year.Nominal GDPReal GDPYear(Dollars)(Dollars)GDP Deflator202020212022II

The following table shows some data for an economy that produces only two goods: milk and honey. Milk Honey Price Quantity Price Quantity Year (Dollars) (Quarts) (Dollars) (Quarts) 2020 1 150 2 100 2021 2 150 4 100 2022 300 4. 200 Using 2020 as the base year, compute nominal GDP, real GDP, and the GDP deflator for each year. Nominal GDP Real GDP Year (Dollars) (Dollars) GDP Deflator 2020 2021 2022

The following table shows some data for an economy that produces only two goods: milk and honey. Milk Honey Price Quantity Price Quantity Year (Dollars) (Quarts) (Dollars) (Quarts) 2020 1 150 2 100 2021 2 150 4 100 2022 300 4. 200 Using 2020 as the base year, compute nominal GDP, real GDP, and the GDP deflator for each year. Nominal GDP Real GDP Year (Dollars) (Dollars) GDP Deflator 2020 2021 2022

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Milk Honey Price Quantity Price Quantity Year (Dollars) (Quarts) (Dollars) (Quarts) 2020 1 100 2 50 2021 2 100 4 50 2022 2 200 4 100 Using 2020 as the base year, compute nominal GDP, real GDP, and the GDP deflator for each year. Nominal GDP Real GDP Year (Dollars) (Dollars) GDP Deflator 2020 2021 2022
4. Measuring GDP The following table shows data on consumption, investments, exports, imports, and government expenditures for the United States in 2017, as published by the Bureau of Economic Analysis. All figures are in billions of dollars. Fill in the missing cells in the table to calculate GDP using the expenditure approach. Data (Billions of dollars) Consumption (C) 13,321.4 Investment (I) 3,368.0 Exports (X) 2,350.2 Imports (M) 2,928.6 Net Exports of Goods and Services Government Purchases (G) 3,374.4 Gross Domestic Product (GDP)
Using the following information for a U.S. state: Nominal GDP (millions) 1,151,119 1,879,520 2,350,807 3,701,354 Real GDP (millions 2009 $'s) 1,421,713 1,975,457 2,143,167 2,885,627 Population 32,987,911 36,020,878 38,792,459 39,029,342 Year 1998 2006 2014 2022 Note: time periods of interest are 1998-2006 & 2006-2014 a What is the average annual growth rate for this state during the time periods listed. b. What is the average annual inflation rate for this state during the time periods listed? c. To what extent are living standards likely changing in this economy? Explain and support your claim using data from the table above.
Year 2014 (base) 2015 Product Quantity Price Quantity Price 2016 Quantity Price Beer 15 550 575 Pizza 7 275 280 Hot Wings 10 640 660 Given the above table, the nominal GDP in 2015 is: 500 300 600 17 8 12 20 10 13 A/ (whole number) dollars. The real A (whole number) GDP in 2016 is: dollars. The GDP deflator for 2016 equals:
Part II 1. From the data in the below table, calculate GDP using the expenditure approach: Component Gross investment Personal consumption expenditure Depreciation Government purchases U.S. imports U.S. exports Compensation of employees Amount (billions of dollars) 1300 1475 25 1315 260 249 65
Consider a simple economy that produces two goods: pencils and oranges. The following table shows the prices and quantities of the goods over a three-year period. Pencils Oranges Price Price Quantity Quantity (Dollars per pencil) (Number of pencils) (Dollars per orange) (Number of oranges) Year 2016 125 1 200 2017 2 170 230 2018 4 150 4 170 Use the information from the preceding table to fill in the following table. Real GDP Nominal GDP (Dollars) (Base year 2016, dollars) GDP Deflator Year 2016 2017 2018 From 2017 to 2018, nominal GDP , and real GDP The inflation rate in 2018 was Why is real GDP a more accurate measure of an economy's production than nominal GDP? Real GDP measures the value of the goods and services an economy produces, but nominal GDP measures the value of the goods and services an economy consumes. Real GDP does not include the value of intermediate goods and services, but nominal GDP does. Real GDP is not influenced by price changes, but nominal GDP is.
Consider a simple economy that produces two goods: beers and donuts. The following table shows the prices and quantities of the goods over a three-year period. Beers Donuts Price Quantity Price Quantity (Dollars per beer) (Number of beers) (Dollars per donut) (Number of donuts) 2 245 2 180 4 130 2 195 2 115 2 155 Use the information from the preceding table to fill in the following table. Year Nominal GDP Real GDP (Base Year 2016, dollars) GDP Deflator (Dollars) 2016 2017 2018 From 2017 to 2018, nominal GDP ________________, and real GDP __________ . The inflation rate in 2018 was ___________.
Consider the GDP deflator and real GDP, given in thousands of dollars, for the country of Barbados. Year year 1 year 2 year 3 Real GDP $20,597 $10,557 $40,977 What is the nominal GDP for year 1? What is the nominal GDP for year 2? GDP deflator What is the nominal GDP for year 3? 122 The base year, or base period, is year 3. For the given years, calculate the nominal GDP. Round your answers to the nearest dollar. 113 100 year 1: year 2: year 3: $ $ 13234 Incorrect 12457 Incorrect 40977
Consider a simple economy that produces two goods: apples and envelopes. The following table shows the prices and quantities of the goods over a three-year period. Year Apples Envelopes Price Quantity Price Quantity (Dollars per apple) (Number of apples) (Dollars per envelope) (Number of envelopes) 2016 2 115 5 175 2017 4 150 2 180 2018 1 100 2 160 Use the information from the preceding table to fill in the following table. Year Nominal GDP (Dollars) Real GDP (Base year 2016, dollars) GDP Deflator 2016 2017 2018 From 2017 to 2018, nominal GDP: (a. increased, b. decreased), and real GDP (a. increased, b. decreased) . The inflation rate in 2018 was: (a. -47.5%, b. -0.5%, c. 47.5%, d. 52.5%, e. 190.5%) . Why is real GDP a more accurate measure of an economy's production than nominal GDP? a. Real GDP includes the value of exports, but nominal GDP does not.…
The table below presents a brief summary of City A’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 % change for City A’s total spending from 2010 to 2020 in current dollars. *Results round to the nearest 2 decimal places. Calculate % change for City A’s total spending from 2010 to 2020 in constant dollars. *Results round to the nearest 2 decimal places. Why does % change calculated from constant dollars differ from % change calculated from current dollar? Calculate per capita spending in 2010 and 2020, respectively, using constant dollars. *Results round to the nearest dollar. 2010 per capita spending: 2020 per capita spending: Calculate the compound annual growth rate of per capita spending from 2010 to 2020…
In an economy, Nominal GDP for year 2005 (base year = 1996) is $60 billion and the GDP deflator 2005 (base year = 1996) is 120. Calculate the Real GDP for 2005.
You are given the following: Year Quantity of Cars Price of Cars Quantity of Buses Price of Buses 2013 5 million $20,000 1 million $100,000 2014 5.1 million $22,000 1.2 million $102,000 Base Year = 2013 2a. Calculate nominal GDP for 2013. Nominal GDP for 2013 = (5 million × $20,000) + (1 million × $100,000) = $100,000 million + $100,000 million = $200,000 million 2b. Calculate nominal GDP for 2014. Nominal GDP for 2014 = (5.1 million × $22,000) + (1.2 million × $102,000) = $112,200 million + $122,400 million = $234,600 million. 2c. Calculate real GDP for 2014. The real GDP for 2014 will be calculated as:- Real GDP for 2014 = (5.1 million × $20,000) + (1.2 million × $100,000) = $102,000 million + $120,000 million = $222,000 million. 2d. Calculate the GDP Deflator to the nearest tenth for 2014. 2e. What does your previous number mean? 2f. Calculate the CPI to the nearest tenth for 2014. (Use 2013 as the base year.)