Create Code using Raptor Flowchart Programming.
Activity Objective- Demonstrate your analytical and problem-solving skills in analyzing a problem statement and providing your solution by developing a Raptor program that addresses those issues expressed in the problem statement.
Activity Statement- Running on a particular treadmill, you burn 4.0 calories per minute. Design a program that uses a looping structure which will enable the runner to view the number of calories, which are burned, after 5, 10, 15, and 20 minutes. The output will be displayed in a tabular form similar to the one shown below without the actual borders of the table.
Activity Instructions-
You have only one attempt to submit. Therefore, be sure that you are submitting and uploading the correct solution. If you submit the wrong version, you will not be allowed to resubmit the solution. It is your responsibility to ensure that you did upload the correct solution!
Launch the Raptor Flowcharting Program and be sure that the mode option is set on "Intermediate" since modules (procedures not subcharts) are implemented in the solution.
Develop a Raptor program using the following criteria:-The program will consists of two modules (procedures not subcharts) namely the main( ) module and the outputResult( ) module.
The outputResult( ) module (procedure not subchart) is responsible for printing the output consisting of two columns as shown above. Do not produce the table with its borders since we do not cover this in the course.
The programmer will implement a looping control structure within the main( ) module.
The computation statement with respect to burnt calories should be found in the main( ) module. To compute the Burnt calories use the formula: Burnt Calories = The time interval * 4
The main( ) module will be calling the outputResult( ) module so that the results are displayed.
Use only local variable. Do not use global variables.
Use appropriate documentation and initialize variables.
Run the program so that it is free of any syntax errors and any logical errors.
Upload the correct solution as a .rap file