Please study / review chapters 03 and 06 before you attempt to do this project. Design two pseudocode programs or two flowcharts for a main( ) application and a function called maximum( ). The maximum function simply finds the maximum of three integers and returns one value back to the caller (in this case returns the result to the main application). The main( ) program prompts the user three times for three integers one by one and then passes these values to the function for further processing. The main program finally receives the result and displays the maximum of these three integers. Note: If you decide to do this project using flowchart, you may use the draw.io web-site and draw your two flowcharts. To do this project using pseudocode you just need a simple text editor to create two text files.(Several Java application and functions were designed and demonstrated in class that find the sum, minimum and maximum of different values)
Please study / review chapters 03 and 06 before you attempt to do this project.
Design two pseudocode programs or two flowcharts for a main( ) application and a function called maximum( ).
The maximum function simply finds the maximum of three integers and returns one value back to the caller (in this case returns the result to the main application).
The main( ) program prompts the user three times for three integers one by one and then passes these values to the function for further processing. The main program finally receives the result and displays the maximum of these three integers.
Note: If you decide to do this project using flowchart, you may use the draw.io web-site and draw your two flowcharts. To do this project using pseudocode you just need a simple text editor to create two text files.
(Several Java application and functions were designed and demonstrated in class that find the sum, minimum and maximum of different values)
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