I”a simple business problem, design and desk-check a solution that is expressed in terms of pseudocode, flowchart, and/or input-process-output (IPO) diagrams. – Assignment This aactivity will assist you in the understanding of how output should appear after statements are executed (results) and how to write proper pseudocode, as well as the relationship between pseudocode, flowcharts, and pprogramming language code. 1. Show the result of each pseudocode program. Also rewrite the pseudocode statements or flowchart using Assignment statements. Rubric When completed, compile the following documents together neatly in order. 1) This instruction sheet first 2) Your answer sheet second Point distribution for this aactivity: Aactivity I Document I Points possible I Points received I Problem #1 Problem #2 Problem #3 Total Points Example 16 18 1201 The variable A starts with value 5. Add 1 to A Display the value of A on the screen. Example Output 6 Example Pseudocode LetA=A+1 Output A
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Example flowchart (use MS Visio and paste flowchart here or submit in separate file) The variable X starts with the value O. The variable Y starts with the value 5. Add 1 to X. Add 1 toy. Add X and Y, and store the result in Y. Display the value in Y on the screen. Output #1 Pseudocode #1 Let x = O Let y Letx=x+l Let y = x + y Output y Flowchart (use MS Visio and paste flowchart here or submit in separate file) The variable J starts with the value 10. The variable K starts with the value 2. The variable L starts with the value 4. Store the value of J times K in J.
Store the value of K times L in L. Add J and L, and store the result in K. Display the value in K on the screen. output 28 Pseudoc Ode # Let J = 10 Let K Let L Let LetK=J+L Output K ProDlem The variable A starts with the value 1. The variable B starts with the value 10. The variable C starts with the value 100. Store the value of C times 3 in X. Add the value of B times 6 to the value already in X. Add the value of A times 5 to the value already in X. Display the value in X on the screen. 365 Pseudocode #3 Let A = LetB=10 Let c = 100 Let X = 100+3 Output X