#syntax

# class classname():

#class body

# class january():#class definition

# name = "kiran" #attributes

# name_2 = "charan" #attributes

# def details(self):#methods

# print("this is class methods")

# print(self.name)

# def details_1(self):#methods

# print("this is class method 2")

# self.details()

# #syntax

# #objectname = classname()

# obj = january()

# # print(obj.name)

# # print(obj.name_2)

# # obj.details()

# obj.details_1()

# class Mobiles():

# brand_name = "Samsung"

# brand_color = "white"

# storage = "128GB"

# def calling(self,brand):

# print("you are calling...!!",brand)

# def camera(self):

# print("capturing photo....")

# def browsing(self):

# print("you are browsing..")

# self.calling("oppo")

# #objectname = classname()

# samsung = Mobiles()

# print(samsung.brand_name)

# samsung.calling("samsung")

# # samsung.browsing()

# # samsung.camera()

# apple = Mobiles()

# apple.calling("apple")

# oppo = Mobiles()

# oppo.calling("oppo")

# oppo.browsing()

# class car():

# def __init__(self,bn,color,model):

# self.bn = bn

# self.color = color

# self.model = model

# def driving(self):

# print("you are driving",self.bn)

# def engine(self):

# print("start/off")

# tata = car("tata","white",2024)

# mahendra = car("mahendra","black",2023)

# tata.driving()

# mahendra.driving()

# class atm():

# def __init__(self,bn):

# self.bn = bn

# def credit(self):

# def withdraw(self):

# def bal(self):

# sbin = atm("sbin")

# sbin.credit()

# Write a Python function square_all(numbers) that takes a list of numbers as input and returns a new list containing the square of each number in the input list. Use the map() function with a lambda function to implement this.

# numbers = int(input("enter the number:"))

# obj = map(lambda i:i**2,list(numbers))

# print(list(obj))

# def square_all(numbers):

# return list(map(lambda x:x**2,numbers))

# user = input("enter numbers:")

# numbers = list(map(int,user.split()))

# square = square_all(numbers)

# print(square)