Question

Homework Assignment 2: 6P's of a number Due Date and Time: Thursday October 31 at 11:59pm Muscat Local Time (GMT+4) Write a python program that takes a natural number n as input and outputs the 6P status of the number, where the 6 Ps stand for the following properties: Parity: even or odd Palindromic: whether it can be read from right to left and left to right the same Perfect square: whether it is equal to the square of some other natural number Perfect cube: whether it is equal to the cube of some other natural number Perfect number: whether the number is equal to the sum of its divisors excluding itself Primality: whether the number is prime or not The following is a sample of runs with different inputs: True Enter a natural number >> 6 Parity Even Palindromic True Perfect Cube False Perfect Square False Perfect True Prime False Enter a natural number >> 151 Parity Odd Palindromic Perfect Cube False Perfect Square False Perfect False Prime True Enter a natural number >> 999999999 Parity Enter a natural number >> 1234 Parity Even Odd

i need it in a simple python

Answer 1

import math

def parity(num):   
if num%2 == 0:
return "Even"
else:
return "Odd"

def palindrome(num):
n=num
temp=n
rev=0
while(n>0):
dig=n%10
rev=rev*10+dig
n=n//10
if(temp==rev):
return "True"
else:
return "False"

def perfect_cube(num):
cube_root = num**(1./3.)
if round(cube_root) ** 3 == num:
return "True"
else:
return "False"
  
def perfect_square(num):
i = int(math.sqrt(num))
if(num == i*i):
return "True"
else:
return "False"

def prime(num):
if num > 1:
for i in range(2,num):
if (num % i) == 0:
return "False"
break
else:
return "True"
else:
return "False"

def perfect(num):
Sum = 0
for i in range(1, num):
if(num % i == 0):
Sum = Sum + i
if (Sum == num):
return "True"
else:
return "False"
num=(input("enter number"))
if '.' in num:
num=float(num)
elif ',' in num:
print("Error! Invalid input for a natural number")
exit()
else:
num=int(num)

if isinstance(num,(int,float)):
if (num)>0:
if isinstance(num,int):
parity=parity(num)
palindrome=palindrome(num)
perfect_cube=perfect_cube(num)
perfect_square=perfect_square(num)
perfect=perfect(num)
prime=prime(num)
print("Parity ",parity)
print("Palindromic ",palindrome)
print("Perfect Cube ",perfect_cube)
print("Perfect Square ",perfect_square)
print("Perfect ",perfect)
print("Prime ",prime)
elif isinstance(num,float):
ans=input("Error! A number with a fractional part is not natural number!\nDo you want to ignore the fractional part and continue? Y/N :")
if ans=="Y" or ans=="y":
num=int(num)
parity=parity(num)
palindrome=palindrome(num)
perfect_cube=perfect_cube(num)
perfect_square=perfect_square(num)
perfect=perfect(num)
prime=prime(num)
print("Parity ",parity)
print("Palindromic ",palindrome)
print("Perfect Cube ",perfect_cube)
print("Perfect Square ",perfect_square)
print("Perfect ",perfect)
print("Prime ",prime)
elif ans in ['N','n']:
exit()
else:
ans=input("Error! Negative number input is invalid!\nDo you want to ignore the sign and cotinue? Y/N :")
if ans=="Y" or ans=="y":
num=abs(num)
if isinstance(num,int):
parity=parity(num)
palindrome=palindrome(num)
perfect_cube=perfect_cube(num)
perfect_square=perfect_square(num)
perfect=perfect(num)
prime=prime(num)
print("Parity ",parity)
print("Palindromic ",palindrome)
print("Perfect Cube ",perfect_cube)
print("Perfect Square ",perfect_square)
print("Perfect ",perfect)
print("Prime ",prime)
elif isinstance(num,float):
ans=input("Error! A number with a fractional part is not natural number!\nDo you want to ignore the fractional part and continue? Y/N :")
if ans=="Y" or ans=="y":
num=int(num)
parity=parity(num)
palindrome=palindrome(num)
perfect_cube=perfect_cube(num)
perfect_square=perfect_square(num)
perfect=perfect(num)
prime=prime(num)
print("Parity ",parity)
print("Palindromic ",palindrome)
print("Perfect Cube ",perfect_cube)
print("Perfect Square ",perfect_square)
print("Perfect ",perfect)
print("Prime ",prime)
elif ans in ['N','n']:
exit()
elif ans in ['N','n']:
exit()
else:
exit()
  

import math def parity (num): if num%2 == 0: return "Even" else: return "Odd" def palindrome (num): n=num temp=n rev=0 while(n>0): dig=n%10 rev=rev*10+dig n=n//10 if(temp==rev): return "True" else: return "False" def perfect_cube (num): cube_root = num**(1./3.) if round(cube_root) ** 3 == num: return "True" else: return "False" def perfect_square (num): i = int(math.sqrt(num)) if(num == i*i): return "True" else: return "False"

def prime (num): if num > 1: for i in range (2, num): if (num % i) == 0: return "False" break else: return "True" else: return "False" def perfect(num): Sum = 0 for i in range(1, num): if(num % i == 0): Sum = Sum + i if (Sum == num): return "True" else: return "False" num=(input("enter number")) if '.' in num: num=float(num) elif ',' in num: print("Error! Invalid input for a natural number") exit() else: . num=int(num) if isinstance(num, (int, float)): if (num) >O: if isinstance(num, int): parity=parity(num) palindrome=palindrome (num) perfect_cube=perfect_cube (num) perfect_square=perfect_square(num) perfect=perfect(num) prime=prime (num) print("Parity ",parity) print("Palindromic ", palindrome) print("Perfect Cube ",perfect_cube)

print("Perfect Cube ", perfect cube) print("Perfect Square ",perfect_square) print("Perfect ",perfect) print("Prime ",prime) elif isinstance(num, float): ans=input("Error! A number with a fractional part is not natural number!\nDo you want to ignore the if ans=="Y" or ans=="y": num=int(num) parity=parity (num) palindrome=palindrome (num) perfect_cube=perfect_cube (num) perfect_square=perfect_square (num) perfect=perfect(num) prime=prime (num) print("Parity ", parity) print("Palindromic ",palindrome) print("Perfect Cube ", perfect_cube) print("Perfect Square ", perfect_square) print("Perfect ", perfect) print("Prime ",prime) elif ans in ['N','n']: exit() else: ans=input("Error! Negative number input is invalid!\nDo you want to ignore the sign and cotinue? Y/N :") if ans=="Y" or ans=="y": num=abs(num) if isinstance(num, int): parity=parity(num) palindrome=palindrome (num) perfect_cube=perfect_cube (num) perfect_square=perfect_square(num) perfect=perfect(num) prime=prime (num) print("Parity ", parity) print("Palindromic " palindrome) print("Perfect Cube ", perfect_cube) print("Perfect Square ", perfect_square) print("Perfect ", perfect) print("Prime ",prime) elif isinstance(num, float): ans=input("Error! A number with a fractional part is not natural number!\nDo you want to ignore

parity=parity (num) palindrome=palindrome (num) perfect_cube=perfect_cube (num) perfect_square=perfect_square (num) perfect=perfect(num) prime=prime (num) print("Parity ",parity) print("Palindromic ", palindrome) print("Perfect Cube ",perfect_cube) print("Perfect Square ", perfect_square) print("Perfect ", perfect) print("Prime ",prime) elif isinstance(num, float): ans=input("Error! A number with a fractional part is not natural number!\nDo you want to ignore if ans=="" or ans=="y": num=int(num) parity=parity (num) palindrome=palindrome (num) perfect_cube=perfect_cube (num) perfect_square=perfect_square (num) perfect=perfect(num) prime=prime (num) print("Parity ",parity) print("Palindromic ", palindrome) print("Perfect Cube ", perfect_cube) print("Perfect Square ", perfect_square) print("Perfect ", perfect) print("Prime ",prime) elif ans in ['N','n']: exit() elif ans in ['N', 'n']: exit() else: print("noooo") # exito

In [1]: runfile('C:/Users/HP/.spyder-py3/temp.py', wdir='C:/Users/HP/.spyder-py3') enter number 22.3 Error! A number with a fractional part is not natural number! Do you want to ignore the fractional part and continue? Y/N :y Parity Even Palindromic True Perfect Cube False Perfect Square False Perfect False Prime False

enter number-12.3 Error! Negative number input is invalid! Do you want to ignore the sign and cotinue? Y/N : Error! A number with a fractional part is not natural number! Do you want to ignore the fractional part and continue? Y/N : Parity Even Palindromic False Perfect Cube False Perfect Square False Perfect False Prime False

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