TOPIC: InheritanceIn Python, modify the given code based on the given specifications below. Create another class, “Food.” For the Food class, the specifications are:The object will have the following attributes on initialization:weight (weight of the food in kg)energy_add (amount of energy it will add once consumed)happiness_add (amount of happiness it will add once consumed)Modify the Child and the Friends classes such that:Instead of accepting a string (as food) in the eat method, the method should accept a FoodobjectOnce a Child/Friendsobject eats a Food object:The added weight should be the Food object’s weightThe added energy should be the Food object’s energy_addThe added happiness should be the Food object’s happiness_addAfter modifying the Child and Friends behavior, simulate a small group of Friends. In the main code, do the following:Accept a positive integer from the user that determines the number of friends and create a number of Friends specified in the input.For each friend:The child_number should be from 1 to children_count (inclusive) and each Friend should have a unique child_numbername should be “ChildX” where X is the child numberweight should be 50 + 0.5 * (child number - 1) in kgThe code should look like (can be found on the first picture) The given code (can also be found on the picture):class Child: def __init__(self, child_number: int, name: str, weight: float): self.child_number = child_number self.name = name self.weight = weight def eat(self, food: str): self.weight = self.weight + 0.50 def exercise(self, exercise: str): self.weight = self.weight - 0.50 def weight_in_grams(self): return self.weight * 1000class Friends(Child): energy = 50 happiness = 50 def eat(self, food: str): self.energy = self.energy + 10 self.happiness = self.happiness + 10 return Child.eat(self, food) and self.energy and self.happiness def exercise(self, food: str): self.energy = self.energy - 10 self.happiness = self.happiness + 10 return Child.exercise(self, food) and self.energy and self.happiness In Python, modify the given code based on the given specifications below. Create another class, "Food."A. For the Food class, the specifications are:The object will have the following attributes on initialization:weight (weight of the food in kg)energy_add (amount of energy it will add once consumed)happiness_add (amount of happiness it will add once consumed)B. Modify the Child and the Friends classes such that:Instead of accepting a string (as food) in the eat method, the method should accept a Food objectOnce a Child/Friends object eats a Food object:The added weight should be the Food object's weightThe added energy should be the Food object's energy_addThe added happiness should be the Food object's happiness_addC. After modifying the Child and Friends behavior, simulate a small group of Friends. In the main code, dothe following:Accept a positive integer from the user that determines the number of friends and create a.number of Friends specified in the input.For each friend:The child_number should be from 1 to children_count (inclusive) and each Friend should havea unique child_numbername should be “ChildX" where X is the child numberweight should be 50 + 0.5 * (child number -1) in kgThe code should look like:children_count = int(input("Input number of friends: ")children = []for i in range(children_count):## create new_friend here ##children.append(new_friend) class Child:def _init_(self, child_number: int, name: str, weight: float):self.child_number = child_number%3Dself.name = nameself.weight = weightdef eat(self, food: str):self.weight = self.weight + 0.50def exercise(self, exercise: str):self.weight = self.weight - 0.50def weight_in_grams(self):return self.weight * 1000class Friends(Child):energy = 50happiness = 50%3Ddef eat(self, food: str):self.energy = self.energy + 10self.happiness = self.happiness + 10return Child.eat(self, food) and self.energy and self.happiness%3Ddef exercise(self, food: str):self.energy = self.energy - 10self.happiness = self.happiness + 10return Child.exercise(self, food) and self.energy and self.happiness

Question

TOPIC: InheritanceIn Python, modify the given code based on the given specifications below. Create another class, “Food.” For the Food class, the specifications are:The object will have the following attributes on initialization:weight (weight of the food in kg)energy_add (amount of energy it will add once consumed)happiness_add (amount of happiness it will add once consumed)Modify the Child and the Friends classes such that:Instead of accepting a string (as food) in the eat method, the method should accept a FoodobjectOnce a Child/Friendsobject eats a Food object:The added weight should be the Food object’s weightThe added energy should be the Food object’s energy_addThe added happiness should be the Food object’s happiness_addAfter modifying the Child and Friends behavior, simulate a small group of Friends. In the main code, do the following:Accept a positive integer from the user that determines the number of friends and create a number of Friends specified in the input.For each friend:The child_number should be from 1 to children_count (inclusive) and each Friend should have a unique child_numbername should be “ChildX” where X is the child numberweight should be 50 + 0.5 * (child number - 1) in kgThe code should look like (can be found on the first picture) The given code (can also be found on the picture):class Child:    def __init__(self, child_number: int, name: str, weight: float):        self.child_number = child_number        self.name = name        self.weight = weight     def eat(self, food: str):        self.weight = self.weight + 0.50    def exercise(self, exercise: str):        self.weight = self.weight - 0.50    def weight_in_grams(self):        return self.weight * 1000class Friends(Child):    energy = 50    happiness = 50    def eat(self, food: str):        self.energy = self.energy + 10        self.happiness = self.happiness + 10        return Child.eat(self, food) and self.energy and self.happiness    def exercise(self, food: str):        self.energy = self.energy - 10        self.happiness = self.happiness + 10                return Child.exercise(self, food) and self.energy and self.happiness In Python, modify the given code based on the given specifications below. Create another class, &#34;Food.&#34;A. For the Food class, the specifications are:The object will have the following attributes on initialization:weight (weight of the food in kg)energy_add (amount of energy it will add once consumed)happiness_add (amount of happiness it will add once consumed)B. Modify the Child and the Friends classes such that:Instead of accepting a string (as food) in the eat method, the method should accept a Food objectOnce a Child/Friends object eats a Food object:The added weight should be the Food object's weightThe added energy should be the Food object's energy_addThe added happiness should be the Food object's happiness_addC. After modifying the Child and Friends behavior, simulate a small group of Friends. In the main code, dothe following:Accept a positive integer from the user that determines the number of friends and create a.number of Friends specified in the input.For each friend:The child_number should be from 1 to children_count (inclusive) and each Friend should havea unique child_numbername should be “ChildX&#34; where X is the child numberweight should be 50 + 0.5 * (child number -1) in kgThe code should look like:children_count = int(input(&#34;Input number of friends: &#34;)children = []for i in range(children_count):## create new_friend here ##children.append(new_friend) class Child:def _init_(self, child_number: int, name: str, weight: float):self.child_number = child_number%3Dself.name = nameself.weight = weightdef eat(self, food: str):self.weight = self.weight + 0.50def exercise(self, exercise: str):self.weight = self.weight - 0.50def weight_in_grams(self):return self.weight * 1000class Friends(Child):energy = 50happiness = 50%3Ddef eat(self, food: str):self.energy = self.energy + 10self.happiness = self.happiness + 10return Child.eat(self, food) and self.energy and self.happiness%3Ddef exercise(self, food: str):self.energy = self.energy - 10self.happiness = self.happiness + 10return Child.exercise(self, food) and self.energy and self.happiness

Accepted Answer

TOPIC: Inheritance
In Python, modify the given code based on the given specifications below. Create…