The following table shows some data for an economy that produces only two goods: milk and honey. Year Milk Honey Price Quantity Price Quantity (Dollars) (Quarts) (Dollars) (Quarts) 2020 1 200 2 100 2021 1 400 2 200 2022 2 400 4 200 Using 2020 as the base year, compute nominal GDP, real GDP, and the GDP deflator for each year. Year Nominal GDP Real GDP GDP Deflator (Dollars) (Dollars) 2020 2021 2022

The following table shows some data for an economy that produces only two goods: milk and honey. Year Milk Honey Price Quantity Price Quantity (Dollars) (Quarts) (Dollars) (Quarts) 2020 1 200 2 100 2021 1 400 2 200 2022 2 400 4 200 Using 2020 as the base year, compute nominal GDP, real GDP, and the GDP deflator for each year. Year Nominal GDP Real GDP GDP Deflator (Dollars) (Dollars) 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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Year	Milk	Honey
2020	1	200	2	100
2021	1	400	2	200
2022	2	400	4	200

Similar questions

1. A simple economy produces three commodities: beer, cheese, and popcorn. The following data shows total production for this economy in 1999 and 2000: Beer Cheese Popcorn 1999 2000 1999 Quantity 200 300 100 1999 2000 Using 1999 as the base year, complete the following table for the economy: Nominal GDP (a) (b) Nominal GDP Real GDP 10,000 (1) (c) (d) 1999 Price $ 6.00 7.00 7.00 Real GDP (2) (3) GDP Price Index (e) (f) 2000 Quantity 200 300 100 Inflation Growth rate of rate nominal GDP 2. Complete the following table for a simple economy, assuming that 1999 is the base year: GDP Price (g) Index (4) (5) Inflation rate 2000 Price $7.00 9.00 9.00 --- (h) 5% Growth rate of real GDP Growth rate of nominal GDP (6) (i) Growth rate of real GDP 5%
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The following data represents the output and price of the goods and services produced in the country of Florin in 2018, which specializes in the production of just three things. 2017 is the base year. Production Data Products 2017 Quantity 2017 Price 2018 Quantity 2018 Price haircuts 8 686 face wash 8 3 3.8 prom dresses 2 4 1 5 Calculate Florin's 2017 GDP deflator.
Suppose the following table records the total output and prices of rice and gasoline for an entire economy. This economy produces rice and gasoline only. Further suppose the base year is 2015. Rice Gasoline Year Price Quantity Price Quantity 2015 $8.00 500 $2.00 2000 2016 $9.00 600 $2.30 2000 2017 $10.00 600 $3.00 1800 (1) Compute nominal GDP for 2015, 2016, and 2017. (2) Compute real GDP for 2015, 2016, and 2017. (3) Compute GDP deflator for 2015, 2016, and 2017. (4) Calculate inflation rate from 2016 to 2017 using GDP deflator you calculated above. Write your calculation below:
Consider the following data for a hypothetical economy that produces two goods: milk and honey. Quantity Produced Prices Milk (litres) Honey (kg) Milk ($/litre) Honey ($/kg) Year 1 110 45 2 6 Year 2 125 40 37 Compute nominal GDP for each year in this economy. Using year 1 as the base year, compute real GDP for each year. What is the percentage change in real GDP from year 1 to year 2? Using year 1 as the base year, compute the price deflator for each year. Now compute the GDP deflator for each year, using year 2 as the base year. Explain why the measures of real GDP growth (and growth in the deflator) depend on the choice of base year.
The table shows the quantities produced and prices in 2015 and 2016 for an island. economy which produces only bananas and coconuts. The base year is 2016. Calculate real GDP in 2015 and 2016 using the chained-dollar method. In terms of what dollars is each of these two real GDPS measured? Real GDP in 2016 using the chained-dollar method is $ Real GDP in 2015 using the chained-dollar method is $ >>> Answer with a whole number Real GDP in 2015 and real GDP in 2016 are measured in ▼ dollars In 2015 Item Bananas Coconuts In 2016 Item Bananas Coconuts Quantity 99 bunches 53 bags Quantity 114 bunches. 66 bags. Price $10 a bunch $9 a bag Price $11 a bunch $10 a bag
The Table shows the GDP deflator for the year 2019 and nominal GDP of Fairyland for the years 2019 and 2020. You are told that prices in Fairyland rose by 5% in 2020 Calculate the percentage increase in Real GDP in 2020. Year GDP deflator Nominal GDP 2019 120 $240000 2020 Not given $277200 According to the U.S. Bureau of Labour Statistics a bread cost $5 in the year 1997 and cost $10.26 in 2022. Imagine your salary was $100 in 1997 and $250 in 2022. How much % has your real salary grown in terms of bread?
Consider a simple economy that produces two goods: pens and mumins. The following table shows the prices and quantities of the gonds over a three- year period. Pens Muffins Price Quantity Price Quantity Year (Dollars per pen) (Number of pens) (Dollars per muffin) (Number of nmuffins) 2018 125 155 2019 135 3. 210 2020 125 165 Use the information from the preceding table to fill in the following table. Nominal GDP Real GDP Year (Dollars) (Base year 2018, dollars) GDP Deflator 2018 2019 2020 From 2019 to 2020, nominal GDP and real GDP The inflation rate in 2020 was Why is real GDP a more accurate measure of an economy's production than nominal GDP? Real GDP does not include the value of intermediate goods and services, but nominal GDP does. O Real GDP is not influenced by price changes, but nominal GDP is. O Nominal GDP is adjusted for the effects of inflation or deflation, whereas real GDP is not.
Product A B For the given data, calculate the following: a. Nominal GDP for all the years b. Real GDP for all the years C. GDP Deflator for all the years C Quantity (2017) 45 54 Price (2017) Quantity Price (2018) Quantity (2018) (2019) BD 14 BD 3 58 63 36 BD 20 Note: Use 2017 as the base year in your calculation. 36 BD 16 BD 3-5 BD 25 63 72 45 Price (2019) BD 18 BD 3.75 BD 30
ECON MCQ HOW DO I GO ABOUT THIS QUESTION? THANK YOU!
1. Consider an economy that produces and consumes bread and cars. The data for two differentyears are as follows:Year 2000 Year 2010Goods Quantity Price Quantity PriceCars 100 $ 50,000 120 $ 60,000Bread 500,000 $ 10 400,000 $ 20 a) Use the year 2000 as the base year, compute the Nominal GDP for each year (both 2000 and2010). b) Use the year 2000 as the base year, compute the Real GDP for each year (both 2000 and2010) c) Compute the implicit price deflator in year 2010 and use it to explain how the price level haschanged from year 2000 to 2010. (Note: implicit price deflator = GDP Deflator). 2. Consider a Cobb-Douglas production function with three inputs. K is capital (the number ofmachines), L is labor (the number of workers), and H is human capital (the number of collegedegrees among the workers) . The production function is