Given the following statements: struct nameType { string first; string last; }; struct courseType { string name; int callNum; int credits; char grade; }; struct studentType { unsigned queueSlot nameType name; double gpa; courseType course; }; studentType student; studentType classList[100]; courseType course; nameType name; Mark the following statements as valid or invalid. If a statement is invalid, explain why.

student.course.callNum = "CSC230"; wrong => type of callNum is int. so, we can't assign string to it

cin >> student.name; wrong => type of student.name is nameType. so, we can't use cin or cout on it

classList[0] = name; wrong => type of classList[0] is studentType and os name is nameType. since they are of two different structs, we can't use assignment operator

classList[1].gpa = 3.45; correct

name = classList[15].name; correct

student.name = name; correct

cout << classList[10] << endl; wrong => type of classList[0] is studentType. so, we can't use cin or cout on it

for(int j = 0; j < 100; j++) classList[j].name = name; correct

Using the declarations from the previous question. Write C++ statements to do the following:

Store the following information in course:

name: Programming I

callNum: 13452

credits: 3

grade: [the space character]

In the array classList initialize each queueSlot to the index value of the component inside of classList, and initialize each gpa to 0.0.

Copy the information of the thirty-first component of the array classList into student.

Update the gpa of the tenth student in the array classList by adding 0.75 to its previous value.