The following table provides data for an economy in a certain year: Consumption expenditures Imports Government purchases of goods and services Construction of new homes and apartments Sales of existing homes and apartments $ 1,000 600 700 500 600 Exports Government payments to retirees Household purchases of durable goods Beginning-of-year inventory End-of-year inventory 500 200 300 500 600 Business fixed investment 300 Given the data, compute the investment component of GDP.

It is the year 2020. Natalie purchases a home that was built in 2020. In GDP accounting, this purchase is included in   Question 40 options:   A)  personal consumption expenditures   B)  govenment purchases   C)  exports   D)  gross private domestic investment

Suppose that a very simple economy produces three goods: pizzas, haircuts, and backpacks. Suppose the quantities produced and their corresponding prices for 2002 and 2006 are shown in the table: 2002 2006 Product Quantity Price $10 $15 $40 Quantity Price Pizzas Haircuts 100 120 $12 $20 $45 50 45 Backpacks 200 210 Calculate real GDP in 2006 assuming the base year is 2002. Do the same calculation assuming the base year is 2006. Are the calculations different? Why?

Which spending category of GDP does each of the following transactions count in? Please enter the letter C, I, G, NX, or N to represent consumption, investment, government spending, net exports, or none. The government paid a total of $30,000 in subsidies to people who had installed solar panels on their homes  . Bill spent his $400 social security check on rent and food  . Company X produces $5,000 of wine this year but they do not sell it  . Your parents pay $8,000 for tuition to UCF  . The government pays $1 million to people it hires to collect census data

Gross Domestic Product (GDP) gross domestic product = consumption + investment + government purchases + net exports GDP = C + I + G + (X − M), calculate GDP using the expenditure approach.   Inventory investment $50 billion Fixed investment $120 billion Consumer durables $420 billion Consumer nondurables $275 billion Interest $140 billion Indirect business taxes $45 billion Government wages and salaries $300 billion Government purchases of goods and services $110 billion Imports $80 billion Exports $40 billion Profits $320 billion Services $600 billion

1. Calculate the values for the blanks in the shaded areas of the table below (identify your responses in a logical fashion in your document): Expenditure Components of GDP by Country, 2018 (billions of US dollars) Denmark Finland Australia Canada India Japan New Zealand UK US Consumption 808.7 996.9 165.9 146.1 1650.6 2763.3 120.0 1870.5 13998.7 Investment Business fixed investment 336.9 385.1 78.8 65.6 842.7 1202.5 49.1 487.3 4260.7 Changes in inventories 0.1 9.4 2.9 3.4 27.4 11.2 0.1 5.8 54.7 Government 275.5 357.1 86.6 62.7 312.1 981.6 38.4 528.3 2904.3 Net Exports Exports Imports 348.5 544.9 197.9 106.8 548.6 917.1 58.2 856.8 2510.2 312.0 581.1 176.4 108.8 657.0 904.4 58.1 907.1 3148.5 GDP Source: UNData, UN Statistics Division, data.un.org, GDP by Type of Expenditure at current prices – US dollars 2. Based on the information in the table and your calculations for Question #1: Do any countries have positive net exports? Which one(s)? Which country has the largest negative net…

I am having a bit of difficulty with this practice question could someone help me, please.

GDP is a strong measure of the health of the economy, and it’s among the most important and widely reported economic data. · In your own words, summarize nominal GDP. · Discuss the limitations of gross domestic product (GDP) as a measurement tool. · What is the difference between real and nominal GDP? · Locate an online news article that discusses impacts to GDP in some way. Summarize the article and explain its relation to/impact on GDP. · Cite your sources.

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.

Can you use the list below to compute GDP using the Expenditures approach? Personal Consumption expenditures     $600 Transfer payments    $15 Consumption of fixed capital     $20 Interest     $11 Exports     $15 Government purchases    $85 Compensation of employees     $225 Imports    $18 Net private domestic investment     $65