$1$ total $0($set total to $0)$

$2$ FOR EACH number IN list

$3\{$

$4$ IF$($EVEN$($number$))$

$5\{$

$6$ total $$total $+$ number $($Set total to the current total $+$ number$)$

$7\}$

$8\}$

$9$ DISPLAY$($total$)1)$Which line$($s$)$ of the algorithm contains a repetition control structure? Remember a control structure can consist of multiple statements.

Which line$($s$)$ of the algorithm contains a selection control structure?

If you run this algorithm on the list of numbers $(5,10,-2,-3,7,8,12),$ what would it print? When tracing through an algorithm, write down the variables $($total and number$)$ and act as if you are the computer executing each line of code and change the values of the variables as needed.

Suppose you had a list of positive numbers such as $5,10,12,13,6,7,1,3,2,1.$ And suppose for each of the numbers in the list you added the number to a running total if it is even and subtracted it if it is odd, starting the total at $0.$ What result would you get for this list of numbers?

Write a pseudocode algorithm that implements the algorithm you used to calculate this total.

Create a flowchart that correlates to your pseudocode algorithm