Create a class for Electricity for N flats of an apartment. The required details are Flat number, EB meter number, Owner name, Previous month reading (in Units), current month reading (in Units), amount. Amount will be calculating as below:0-100 = Minimum charges ₹100.00101-500 = 2.50 ₹ per unit501-1000 = 5.00 ₹ per unitAbove 1000 =7.50 ₹ per unit Write appropriate functions to perform the following:Display the flat number, owner name, previous reading and current reading.Floor will be identified from the first digit of a flat number. For 1001 – first floor, 2005 – second floor, 5010- Fifth floor. Display the floor wise details with total units and total amount.Input format:Enter the flat No:Enter the flat owner Name:Enter the previous reading:Enter the current reading:Output format:Total Units:Total amount:

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Solution 1

Here is a Python code that creates a class for Electricity for N flats of an apartment and performs the required operations:

class Electricity:
    def __init__(self, flat_no, owner_name, prev_reading, curr_reading):
        self.flat_no = flat_no
        self.owner_name = owner_name
        self.prev_reading = prev_reading
        self.curr_reading = curr_reading
        self.units = self.curr_reading - self.prev_reading
        self.amount = self.calculate_amount()

    def calculate_amount(self):
        if self.units <= 100:
            return 100
        elif self.units <= 500:
            return self.units * 2.5
        elif self.units <= 1000:
            return self.units * 5
        else:
            return self.units * 7.5

    def display_details(self):
        print(f"Flat Number: {self.flat_no}")
        print(f"Owner Name: {self.owner_name}")
        print(f"Previous Reading: {self.prev_reading}")
        print(f"Current Reading: {self.curr_reading}")
        print(f"Total Units: {self.units}")
        print(f"Total Amount: {self.amount}")

    def get_floor(self):
        return int(str(self.flat_no)[0])

# Input
flat_no = int(input("Enter the flat No: "))
owner_name = input("Enter the flat owner Name: ")
prev_reading = int(input("Enter the previous reading: "))
curr_reading = int(input("Enter the current reading: "))

# Create Electricity object
e = Electricity(flat_no, owner_name, prev_reading, curr_reading)

# Display details
e.display_details()

# Display floor
print(f"Floor: {e.get_floor()}")

This code first creates a class Electricity with the required attributes and methods. The calculate_amount method calculates the amount based on the number of units. The display_details method prints the details of the flat. The get_floor method returns the floor number by taking the first digit of the flat number.

The input is taken from the user and an Electricity object is created. The details are then displayed using the display_details method and the floor is displayed using the get_floor method.

This problem has been solved

Solution 2

Here is a Python code that creates a class for Electricity for N flats of an apartment and performs the required operations:

class Electricity:
    def __init__(self, flat_no, owner_name, prev_reading, curr_reading):
        self.flat_no = flat_no
        self.owner_name = owner_name
        self.prev_reading = prev_reading
        self.curr_reading = curr_reading
        self.units = self.curr_reading - self.prev_reading

This problem has been solved

Solution 3

Here is a Python code that creates a class for Electricity for N flats of an apartment and performs the required operations:

class Electricity:
    def __init__(self, flat_no, owner_name, prev_reading, curr_reading):
        self.flat_no = flat_no
        self.owner_name = owner_name
        self.prev_reading = prev_reading
        self.curr_reading = curr_reading
        self.units = self.curr_reading - self.prev_reading
        self.amount = self.calculate_amount()

    def calculate_amount(self):
        if self.units <= 100:
            return 100
        elif self.units <= 500:
            return self.units * 2.5
        elif self.units <= 1000:
            return self.units * 5
        else:
            return self.units * 7.5

    def

This problem has been solved

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