Instructions:

Define a class named Student with the following attributes: name, student$\_$id$,$ and grade.

The Student class should also have the following methods:

$\_\_$init$\_\_($self$,$ name, student$\_$id$,$ grade$)$: a constructor method that initializes an Student object.

get$\_$summary$($self$)$: a method that prints the details of the student in the following format: "Student Niko $($ID: $1)$ a grade of $75.".$

Create a class named Course which will manage a list of Student objects. This class should have the following methods:

add$\_$student$($self$,$ student$)$: a method that takes a Student object and adds it to the list of students.

remove$\_$student$($self$,$ student$\_$id$)$: a method that takes a student$\_$id and removes the corresponding Student object from the list.

get$\_$course$\_$gpa$($self$)$: a method that iterates over the list of students, calls the get$\_$summary$()$ method on each Student object, sums up their grades, and calculates the average across all students. The function should print the result in the format $$The GPA for course IFT $101$ is $87\mathrm{.}00.$

Finally, demonstrate the functionality of these classes by creating some Student objects, adding them to a Course object, removing a student, and showing how the GPA changes.

Remember to follow good OOP principles such as encapsulation and use comments to document your classes and methods.

When your program runs, it should match the expected output below but should be able to properly handle any valid type of input for the various functions used.Student Niko added to course IFT $101.$

Student Sarah added to course IFT $101.$

Student Alice added to course IFT $101.$

Student Niko got a grade of $75.$

Student Sarah got a grade of $99.$

Student Alice got a grade of $100.$

The GPA for course IFT $101$ is $91\mathrm{.}33.$

Student Alice removed from course IFT $101.$

Student Niko got a grade of $75.$

Student Sarah got a grade of $99.$

The GPA for course IFT $101$ is $87\mathrm{.}00.$

$$