Design a program using Flowgorithm that will accept a number representing a class and then displays the name of the class. Continue modifying the program so that the numeric class request can only enter continuously until a sentinel value is entered. Then display each class number, name, and a count of the number of request for each class.

Create a function named fnTuition that calculates the tuition for a student. This function accepts one parameter, the student ID, and it calls the fnStudentUnits function that you created in task 2. The tuition value for the student calculated according to the following pseudocode: if (student does not exist) or (student units = 0)    tuition = 0 else if (student units >= 9)    tuition = (full time cost) + (student units) * (per unit cost) else    tuition = (part time cost) + (student units) * (per unit cost) Retrieve values of FullTimeCost, PartTimeCost, and PerUnitCost from table Tuition. If there is no student with the ID passed to the function, the function should return -1. Code two tests: 1) a student who has < 9 student units, and 2) for a student who has >= 9 student units. For each test, display StudentID and the result returned by the function. Also, run supportive SELECT query or queries that prove the results to be correct.

c++ code  Screenshot and code is must

ANSWER LETTER B USE FLOWCHART IN DESIGNING THE LOGIC