Assume we have $12$ months $($m$)$ of price $($p$)$ and region $1$ quantity $($q$1)$ and region $2$ quantity $($q$2)$ data. Therefore, create the following "lists" in Python by entering the following code:

m $=[1,2,3,4,5,6,7,8,9,10,11,12]$

p $=[1,1,2,3,5,8,13,21,34,55,89,93]$

q$1=[2,3,3,4,6,9,14,22,35,56,90,100]$

q$2=[6,8,12,14,16,19,24,32,35,56,90,120]$

print$(\text{'}$The months are: $\text{'}+$ str$($m$))$

print$(\text{'}$The prices are: $\text{'}+$ str$($p$))$

print$($The region $1$ quantities are: $+$ str$($q$1))$

print$(\text{'}$The region $2$ quantities are: $\text{'}+$ str$($q$2))$

Part $2$

Apply the following computations:

Using the quantity $1$ data $($q$1),$ perform total revenue computations for each month. Note that total revenue $=$ price $*$ quantity.

Store the results in a new list called $"$tr$1."$ Hint: Create a new $12-$item list called $"$tr$1"$ and place $0$s into each location. Then, perform the appropriate calculation for each month and place the result into the appropriate location in the $"$tr$1"$ list.

Use a "print" statement to echo the following on the screen: The region $1$ total revenues are: $.$

The procedure in the above steps can be more easily implemented using a "for" flow control statement.

Therefore, using a "for" flow control statement, perform total revenue computations for each month using the quantity $2$ data $($q$2).$ Note that total revenue $=$ price $*$ quantity.

Store the results in a new list called $"$tr$2."$ Hint: Create a new $12-$item list called $"$tr$2"$ and place $0$s into each location.

Then, using the "for" flow control statement, perform the appropriate calculation for each month and place the result into the appropriate location in the $"$tr$2"$ list.

Use a "print" statement to echo the following on the screen: The region $2$ total revenues are: $.$