Python programming language. 1 Create a module named numericquestions. Inside thecomdule create NumericQuestion class as a subclass ofQuestion override the checkAnswer method suchthat if the response and the expected answer differ byno more than 0.01, then accept the response ascorrect.2. Create a module named filllnquestions. Inside thecomdule create FillnQuestion class as a subclass ofQuestion Such a question is constructed with a stringthat contains the answer, surrounded by - -forexample, "The inventor of Python wasRossum_". The question should be displayed asGuido vanThe inventor of Python was3. Create a module named multichoicequestionq. Insidethe mdule createa MultiChoiceQuestion class as asubclassofChoiceQuestion.TheMultiChoiceQuestion allows multiple correct choices.The respondent (exam taker) should provide all correctchoices, separated by spaces. Provide instructions in thequestion text.4. Add a method named addText to the Questionsuperclass that appends text to the question text andprovide a different implementation of ChoiceQuestionthat calls addText rather than storing a list of choices5. Create a module named exammanegers. Inside themodule, create a class named ExamManagerAn ExamManager object stores Questions . Ituses a list to store questions.o It has a method for adding a Questionmessage. The newly added question tobe appended to the end of the listo It has a method for returning thequestion found at a given index.O Implement the necessary constructor.o Each attribute must have a gettermethod.6. Add a module named main. Inside the module, createa main method thatCreates an ExamManager objectCreates 10 different questions of different types,and adds them to the exam manager objectuse a proper loop to display questions stored inthe Exammanager object Exercises 1:Consider the following class diagram and thedefinition of question class in a module named"questions"class ChoiceQuestion in a module namedand thedefinition ofchoicequestions# This module definesaclass that modelsexam questions.## A question with a text and an answer.class Question :definit(self,t-"", a="") :self. text = tself._answer - adef setText (self, questionText) :self._text = questionTextdef setAnswer (self, correctResponse) :self._answer - correctResponsedef checkAnswer (self, response) :return response == self._answerdef display (self) :print (self._text)def(self) :_reprreturn "Question[%s, %s]" % (self._text,self._answer)from questions import Questionclass ChoiceQuestion (Question) :_init_(self,t="",a="") :super ()._init (t, a)self._choices = ]defdef 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 + 1print ("d:self._choices[i]))ts"(choiceNumber,

Question

Python programming language. 1 Create a module named numericquestions. Inside thecomdule create NumericQuestion class as a subclass ofQuestion override the checkAnswer method suchthat if the response and the expected answer differ byno more than 0.01, then accept the response ascorrect.2. Create a module named filllnquestions. Inside thecomdule create FillnQuestion class as a subclass ofQuestion Such a question is constructed with a stringthat contains the answer, surrounded by - -forexample, &#34;The inventor of Python wasRossum_&#34;. The question should be displayed asGuido vanThe inventor of Python was3. Create a module named multichoicequestionq. Insidethe mdule createa MultiChoiceQuestion class as asubclassofChoiceQuestion.TheMultiChoiceQuestion allows multiple correct choices.The respondent (exam taker) should provide all correctchoices, separated by spaces. Provide instructions in thequestion text.4. Add a method named addText to the Questionsuperclass that appends text to the question text andprovide a different implementation of ChoiceQuestionthat calls addText rather than storing a list of choices5. Create a module named exammanegers. Inside themodule, create a class named ExamManagerAn ExamManager object stores Questions . Ituses a list to store questions.o It has a method for adding a Questionmessage. The newly added question tobe appended to the end of the listo It has a method for returning thequestion found at a given index.O Implement the necessary constructor.o Each attribute must have a gettermethod.6. Add a module named main. Inside the module, createa main method thatCreates an ExamManager objectCreates 10 different questions of different types,and adds them to the exam manager objectuse a proper loop to display questions stored inthe Exammanager object Exercises 1:Consider the following class diagram and thedefinition of question class in a module named&#34;questions&#34;class ChoiceQuestion in a module namedand thedefinition ofchoicequestions# This module definesaclass that modelsexam questions.## A question with a text and an answer.class Question :definit(self,t-&#34;&#34;, a=&#34;&#34;) :self. text = tself._answer - adef setText (self, questionText) :self._text = questionTextdef setAnswer (self, correctResponse) :self._answer - correctResponsedef checkAnswer (self, response) :return response == self._answerdef display (self) :print (self._text)def(self) :_reprreturn &#34;Question[%s, %s]&#34; % (self._text,self._answer)from questions import Questionclass ChoiceQuestion (Question) :_init_(self,t=&#34;&#34;,a=&#34;&#34;) :super ()._init (t, a)self._choices = ]defdef 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 + 1print (&#34;d:self._choices[i]))ts&#34;(choiceNumber,< >

Accepted Answer

Answer:
our instruction is answer the first three part from the first part and . I have attached…