Consider the class Rectangle: class Rectangle { public: Rectangle(double 1, double w); double area() const; double getLength() const; double getWidth() const; private: double length; double width; }; (a) Derive a class Box from the class Rectangle. Provide only the interface for the class Box. The class Box has an additional private member variable height, and an additional public member function volume(). Include an accessor for the member variable height. Redefine the area() member function for the class Box. (6) (b) Implement the member function area() for the class Box. The outside surface area of a box is 2(hW) + 2(hL) + 2(WL), where h represents the height of the box, and W and L the width and length of the box respectively. (3)
Modify your assignment submission code to answer the following questions: 1. Create an interface StudentModel for the student model to store student data you wish to keep unchanged such as studentID and StudentEmail. Modify the existing Student class to implement StudentModel and convert it to an abstract class with the reportReport and deleteStudent as the abstract methods. 2. Consider the following two implementation options for student search for Array and ArrayList respectively. Implement a search without a for loop, you may use methods within the two data structures to optimize the code. public void searchStudent(String searchID) { int foundIndex = findStudentByID(searchID); if (foundIndex != -1) { System.out.println("Student found:"); System.out.println("Student ID: " + studentIDs[foundIndex]); System.out.println("Student Name: " + studentNames[foundIndex]); System.out.println("Student Email: " + studentEmails[foundIndex]); System.out.println("Student Course: " + studentCourses[foundIndex]); } else { System.out.println("Student with student ID " + searchID + " was not found."); } } private int findStudentByID(String searchID) { for (int i = 0; i < studentCount; i++) { if (studentIDs[i].equals(searchID)) { return i; } } return -1; } Modify your assignment submission code to answer the following questions 1 Create an interface Original price was: $10.00.Current price is: $5.00.
An additional task is to construct the traversal tree generated by both algorithms. A traversal tree captures the order in which nodes or vertices are visited during the traversal. Were you able to identify all the edges in the original graph as well as in the traversal tree? If not, please provide insights into any missing edges and their implications within the graph. Perform this on the graph as illustrated below. Starting node: Germany Traversing order: Alphabetical priority (A-Z) Your code should return traversal tree (both BFS, DFS) as an object of networkx and visualize it. an additional task your assignment is to construct the traversal tree generated by both algorithms Original price was: $10.00.Current price is: $5.00.
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Consider the class Rectangle class Rectangle f public Rectangle double 1 double w double

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Consider the class Rectangle: class Rectangle { public: Rectangle(double 1, double w); double area() const; double getLength() const; double getWidth() const; private: double length; double width; }; (a) Derive a class Box from the class Rectangle. Provide only the interface for the class Box. The class Box has an additional private member variable height, and an additional public member function volume(). Include an accessor for the member variable height. Redefine the area() member function for the class Box. (6) (b) Implement the member function area() for the class Box. The outside surface area of a box is 2(hW) + 2(hL) + 2(WL), where h represents the height of the box, and W and L the width and length of the box respectively. (3)
Consider the class Rectangle class Rectangle f public Rectangle double 1 double w double
$10.00 Original price was: $10.00.$5.00Current price is: $5.00.

Consider the class Rectangle:

class Rectangle {

public:

Rectangle(double 1, double w);

double area() const;

double getLength() const;

double getWidth() const;

private:

double length;

double width;

};

(a) Derive a class Box from the class Rectangle. Provide only the interface for the class Box. The class Box has an additional private member variable height, and an additional public member function volume(). Include an accessor for the member variable height. Redefine the area() member function for the class Box. (6)

(b) Implement the member function area() for the class Box. The outside surface area of a box is 2(hW) + 2(hL) + 2(WL), where h represents the height of the box, and W and L the width and length of the box respectively. (3)

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