In python only

Consider the following class diagram and the definition of question class in a module named "questions" and the definition of class Choice Question in a module named choicequestions Question FAHIN Question Choice Question Numeric Question Free Response Question MultiChoice Question # This module defines a class that models exam questions. ## A question with a text and an answer. class Question : def init__(self, t="", a=""): self. text = t self. answer - a def setText (self, questionText): self._text = questionText def setAnswer (self, correctResponse) : self._answer = correctResponse def checkAnswer (self, response) : return response == self._answer def display (self) : print (self._text) def repr_(self): return "Question [%s, %5]" % (self._text, self._answer) from questions import Question class Choice Question (Question) : def init_(self, t="", a="") super().init(t,a) self._choices = 0 def addChoice (self, choice, correct) : self._choices.append(choice) if correct : # Convert len(choices) to string. choiceString = str(len (self._choices)) self.setAnswer (choiceString) def display (self) : super().display() # Display the answer choices. for i in range (len (self._choices)) : choiceNumber = i + 1 print("%d: (choiceNumber, self._choices[i])) 85" 1 Create a module named numericquestions. Inside the comdule create NumericQuestion class as a subclass of Question override the checkAnswer method such that if the response and the expected answer differ by no more than 0.01, then accept the response as correct. 2. Create a module named fillinquestions. Inside the comdule create FillinQuestion class as a subclass of Question Such a question is constructed with a string that contains the answer, surrounded by _ _, for example, "The inventor of Python was_Guido van Rossum_". The question should be displayed as The inventor of Python was 3. Create a module named multichoicequestion. Inside the mdule create a Multichoice Question class as a subclass of ChoiceQuestion. The MultiChoice Question allows multiple correct choices. The respondent (exam taker) should provide all correct choices, separated by spaces. Provide instructions in the question text. 4. Add a method named addText to the Question superclass that appends text to the question text and provide a different implementation of Choice Question that calls addText rather than storing a list of choices 5. Create a module named exammanegers. Inside the module, create a class named ExamManager An Exam Manager object stores Questions. It uses a list to store questions. It has a method for adding a Question message. The newly added question to be appended to the end of the list It has a method for returning the question found at a given index. Implement the necessary constructor. Each attribute must have a getter method. 6. Add a module named main. Inside the module, create a main method that Creates an Exam Manager object Creates 10 different questions of different types, and adds them to the exam manager object use a proper loop to display questions stored in the Exammanager object