Consider a simple economy that produces two goods: stickers and donuts. The following table shows the prices and quantities of the goods over a three$-$year period.

$\backslash$table$[[$Year$,$Stickers,Donuts$],[\backslash$table$[[$Price$],[($Dollars per sticker$)]],\backslash$table$[[$Quantity$],[($Number of stickers$)]],\backslash$table$[[$Price$],[($Dollars per donut$)]],\backslash$table$[[$Quantity$],[($Number of donuts$)]]],[2019,2,265,1,160],[2020,2,135,4,230],[2021,2,135,4,180]]$

Use the information from the preceding table to fill in the following table.

$\backslash$table$[[,$Nominal GDP$,$Real GDP$,],[$Year$,($Dol$/$ars$),($Base year $2019,$ dollars$),$GDP Deflator$],[2019,,,],[2020,,,],[2021,,,]]$

From $2020$ to $2021,$ nominal GDP $,$ and real GDP

The inflation rate in $2021$ 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.

Real GDP is not influenced by price changes, but nominal GDP is$.$

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.