Part $2$: Selecting the $2018$ Data

From this point on in this project, we will only be interested in the data for the year $2018.$ We will now create six new lists,

each of which will contain $2018$ data for each of the $184$ countries.

Create a markdown cell with a level $1$ header that reads "Part $2$: Selecting the $2018$ Data".

Write a brief description of what you will be accomplishing in this part of the project. Do not format this text.

Create a code cell and perform the following tasks:

$1.$ Create six empty lists named: country$\_2018,$ population$\_2018,$ continent$\_2018,$ life$\_$exp$\_2018,$

pcgdp$\_2018,$ and gini$\_2018.$

$2.$ Populate the new lists by looping over the original lists. At each iteration of the loop, check to see if the

associated record is from $2018.$ It is is$,$ store each piece of the record in one of the six new lists, as appopriate.

When you have created the lists above, you might wish to check there length to confirm that each contains $184$ elements.

Do not include this code in the final version of your notebook, however.

Use the sum$()$ function to calculate the total population of the world in $2018,$ storing the result in a variable

global$\_$population$\_2018.$ Print this result in the following format:

The global population in $2018$ was xxxx$.$

I would suggest performing a Google search to check to see if the value you calculate is reasonable. You should expect the

value you calculated to be exactly what you find on Google since both will just be estimates, but the two numbers should

be relatively close to each other.