4. From the table below, compute the following: a. Compute the missing numbers of real GDP in 2017 and 2018, and the missing numbers for deflator in 2016 and 2020. b. Calculate the real GDP growth between 2016 to 2020. Nominal GDP (Billion SR800 Deflator Real GDP (Billion) SR800 Year 2016 2017 2018 2020 SR850 SR900 106.3 112.5 SR1000 SR870

4. From the table below, compute the following: a. Compute the missing numbers of real GDP in 2017 and 2018, and the missing numbers for deflator in 2016 and 2020. b. Calculate the real GDP growth between 2016 to 2020. Nominal GDP (Billion SR800 Deflator Real GDP (Billion) SR800 Year 2016 2017 2018 2020 SR850 SR900 106.3 112.5 SR1000 SR870

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Table 23.1: Vital Economic Statistics for An Earthly Economy Nominal RGDP Total GDP Price Population Year ($ Billion) Index (in Million) 7 $5,000.00 119 129.00 6. $4,900.00 117 128.50 5. $4,950.00 114 128.16 4 $4,890.00 110 127.45 Refer to Table 23.1. Real GDP per person dropped by about in Year 6. O 3.50% 3.80% O 3.70% 3.60%
Consider an economy that produces and consumes final products: bread and automobiles. In the following table are data for two different years. Good Year Quantity Price Quantity 2010 Price 2010 $60,000 $20 2000 2000 $50,000 $10 Automobiles 100 120 Bread 500,000 400,000 a. Compute the nominal GDP for each year. b. Compare the numbers you get for each year. If we use GDP as a measure of production capacity of an economy in a certain year, can we infer the economy is more productive in one year than the other? What is your concern when you compare the numbers directly?
3. Calculate real GDP (billion $) with a GDP deflator of 1.25 if the nominal GDP for the year has grown by 50 billion $ and amounted to 1,000 billion $. 56 > >I 8O 00 1708 W
9. Assume that below is some data from an economy that produces Rugby Balls and Apples. Year Price of Rugby Quantity Balls (in OMR) Rugby (units) of Price of Apples Quantity of Apples Balls Balls (in OMR) Balls (in tons) 2018 10 105 4 30 2019 15 95 35 a. Calculate Nominal GDP for each year. b. Calculate Real GDP for each year by considering 2018 as a Base Year. c. What was the growth rate of Real GDP between 2018 and 2019? d. Did economic well-being increased or decreased from year 2018 to 2019? e. Compute the GDP Deflator for each Year. 10. Graphically show and explain the effect of the followings on the Steady State in Solow Growth Model, (Graph should be properly labelled and clearly drawn)
7. Complete the following table. Real GDP (in billions of chained 2009 deflatorgrowth dollars) Nominal GDP GDP GDP Year (in billions of dollars) rate 2012 16,155.3 15,354.6 2.2% 2013 15,612.2 1.07 2014 17,427.6 2.6%
Nominal GDP GDP deflator Year 1 $200 bill. 100 a. Express year 2 GDP in the prices of year 1 b. Calculate the growth of real GDP Year 2 $300 bill. 125
Table 23.1: Vital Economic Statistics for An Earthly Economy Nominal RGDP Total GDP Price Population Year ($ Billion) Index (in Million) 7 $5,000.00 119 129.00 9. $4,900.00 117 128.50 5. $4,950.00 114 128.16 $4,890.00 110 127.45 Refer to Table 23.1. Real GDP per person is about in Year 6. O S32.590.71 O S32,491.71 O $32.501.71. O S32.591.71 4.
Real versus nominal GDP Consider a simple economy that produces two goods: pens and oranges. The following table shows the prices and quantities of the goods over a three-year period. Year Pens Oranges Price Quantity Price Quantity (Dollars per pen) (Number of pens) (Dollars per orange) (Number of oranges) 2017 1 115 2 175 2018 2 150 4 180 2019 4 120 4 190 Use the information from the preceding table to fill in the following table. Year Nominal GDP Real GDP GDP Deflator (Dollars) (Base year 2017, dollars) 2017 2018 2019 From 2018 to 2019, nominal GDP , and real GDP . The inflation rate in 2019 was . Why is real GDP a more accurate measure of an economy's production than nominal GDP? Nominal GDP is adjusted for the effects of inflation or deflation, whereas real GDP is not. Real GDP is not influenced by price changes, but nominal…
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%
An economy produces only food and fun. The table shows the quantities produced and prices in 2018 and 2019. If the base year is 2018, use the chained-dollar method to calculate real GDP in 2018 and 2019. Quest In terms of what dollars is each of these two real GDPS measured? In 2018 Item Quantity Price Real GDP in 2018 using the chained-dollar method is Food 90 $2 $4 Fun 71 $5 In 2019 Item Quantity Price Food 79 $3 Fun 68 $7 Enter your answer in the answer box and then click Check Answer. Check Answ Clear All parts remaining MacBook Air DD F11 F10 F9 F8 F7 80 F6 F5 F4 F3 F2 esc F1 & 2$ 7 8. 9 4 1 2 Y # 3
Calculate GDP using the information in the table below: $ Billions Government purchases of goods 1200 Services Imports Change in business inventories 50 Durable goods Nondurable goods 009 250 Exports Residential investment Government purchases of services 50O Nonresidential investment 650 Select one: a. 4150 b. 4650 C. 4000 O d. 3850
Consider an economy that produces only computers. The quantity of computers and the price of computers in four successive years are given in the table. A. Compare the nominal GDP growth rates and the real GDP growth rates for 2015, 2016, and 2017. What do you conclude? Which of the two accurately measures the GDP and why? Thank Youuu!!!