Part $1$: Research

$(25$ Pts$)$ Pseudocode is an artificial and informal language that helps programmers develop algorithms. Pseudocode is a "text$-$based" detail $($algorithmic$)$ design tool. Pseudocode is subjective and non$-$standard, but uses a combination of symbolic representation to describe operations. The attached document has some pseudocode examples for high$-$level language programming. Research a few pseudo$-$code "styles" and prepare a white paper that covers the following information:

$$ Define the structure and rules for your chosen pseudocode format. Which are hard$-$rules and which have "fuzzy" implementation?

$$ How does your pseudocode handle addressing modes?

$$ How does your pseudocode handle input$/$output$?$

$$ How does your pseudocode handle computations?

$$ How does your pseudocode handle arrays and indexing

For those that may not be familiar, a white paper is just an informal report. Choose a format that is organized, readable, and professional in appearance.

Part $2$: Writing Pseudo Code $(50$ Pts $25$ Pts Each$)$

$1.$ Design an Algorithm using pseudocode to implement an encryption technique. The technique is your choice but be sure to state what it is and describe it in your documentation.

$2.$ Design an Algorithm using pseudocode to eventually be implemented in Assembly that accomplishes the following:

$$ Find the mean value of an n$-$element array within memory that contains numerical values.

$$ From the original array, sort all values that are lower than the mean, in sequential order from lowest to highest in a new array

$$ From the original array, sort all values that are greater than or equal to the mean, in sequential order from highest to lowest in another new array.

$$ Output all the original array and both of the new arrays to the screen.

Part $3$: Flowcharts

$(25$ Pts$)$ Create a flowchart, using as much detail as possible, illustrating how to get from your home to the Chapel Hills Mall in Colorado Springs. Your flowchart must include at least $5$ decisions. Think about steps and details that may normally be overlooked or taken for granted