Pay close attention to flow of execution and the calls to the cubeVol ume method, updating parameter variables and setting the

result variable to the return value of each call.$\{$double result $=$ cubeVolume$($len$)$;result $=$ cubeVolume$(5+5)$;$\}$

public static double cubeVolume$($double sideLength$)$

$\{$return volume;

$\}$Track variables in a trace table. On a sheet of paper, make the table below. Ex: If double len $=2$; executes, write $2$ in the

column of len.

Lines $3,4,$ and $10$ execute. What is the value of sideLength?

Next, line $12$ executes. What is the value of volume?

Next, line $13$ executes. What is the return value of cubeVolume?

Once the execution flow exits the cubeVolume method, the out of scope

variables are and Separate answers with a comma.

The execution flow exits the cubeVolume method and returns to line $4$ in

the main method. What is the value of result?

Next, lines $5,6,$ and $10$ execute. What is the value of sideLength?

Next, line $12$ executes. What is the value of volume?

Next, line $13$ executes. What is the return value of cubeVolume?

The execution flow exits the cubeVolume method and returns to line $6$ in

the main method. What is the value of result?