can you correct this flowchart.

Write pseudocode for each example $($a through e$)$ in Exercise $2,$ making sure

your pseudocode is structured and accomplishes the same tasks as the flowchart

segment.

For this practice, you will draw the structured flowcharts on paper using the control structures discussed in

this chapter. Then write the pseudocode to match the logic of the flowcharts for #$3.$ Read carefully the

information below:

In the program example, I did #$2$ e and #$3$ e for you to review before working on this assignment. I hope you will

read the HINTS below very carefully, if not, go back and read it before working on this assignment.

Draw all of the flowcharts on paper $($you may draw them on one or two pages$),$ take pictures of each page

with your phone, and upload them below in the submission box by clicking on the paperclip to load $-$ save

the draft. DO NOT submit!!!

You will then write the pseudocode using Notepad or TextEdit $($Mac$)$ and save the pseudocode in the

filename CH$3$ PA$.$

To submit the assignment $--$ Click in the submission box below, click on the paper clip, go to the file on your flash

drive, and double$-$click on the assignment filename. This will attach the file; you will now have two files in the

submission box $($the photos of the flowcharts and the pseudocode$).$ click the Submit button

HINTS: $$

When working on this assignment, here are a few pointers.

This assignment uses ONLY the structures on pages $91-92,$ you must design the unstructured flowcharts into

structured flowcharts using ONLY these structures.

First, you should look at the overall flowchart and decide whether the decision symbol is a selection or a loop

structure.

Loops will have a flowchart line coming out of the decision $--$ that goes up on the right $--$ then come back in above

the decision. This is a loop, when writing the pseudocode you will use the WHILE$/$ENDWHILE statement.

If the decision symbol is not a loop, then it is a selection$--$ make sure you redraw this using the structure on pages

$91-92$ for a single or dual alternative decision. Notice how the decision symbol has a line coming out on the right

and left sides of the symbol. The right side will be for "yes"$/$true$,$ and the left side is for $"$no$"/$false $--$ALWAYS!!

Sometimes we are not processing anything if the decision is $"$no$",$ in that case; use the structure on page $92.$ DO

NOT use modules, this assignment is for you to recognize proper structures.

Hope this helps you out.

Each of the flowchart segments in Figure $3-24$ is unstructured. Redraw each

segment so that it does the same processes under the same conditions, but is

structured.