Python While Loop Tutorial #Day3

#Armstrong def Armstrong(count, Num): sum = 0 i=0 Out = Num while i<count: sum = sum + ((Num%10)**count) Num = Num//10 i+=1 if(sum == Out): print('Output:',sum,'Armstrong') else: print('Output:',sum,'Not a Armstrong') Num = int(input('Enter the num:')) count = 0 out = Num while Num>=1: Num = Num//10 count+=1 print('count :',count,' ') Armstrong(count, out) #Neon Number Num = int(input("Enter the num:")) Square = Num*Num Neon = Num Sum = 0 print(Square) while Square >=1: Sum = Sum + (Square%10) Square = Square//10 if(Sum == Num): print(Num,'Neon Number') else: print(Num,'Not a Neon Number') # Factorial of a Number Num = int(input('Enter the Num:')) Fact = 1 while Num>=1: Fact = Fact * Num Num = Num-1 print('Factorial:', Fact) #Perfect Number Num = int(input('Enter the number:')) i = 1 sum = 0 while i<Num: if(Num%i == 0): sum = sum + i i+=1 if(sum == Num): print(Num,'is a perfect Number') else: print(Num,'is not a perfect number') #Prime Number Num = int(input('Enter the num:')) i = 2 Prime = 1 if Num >1: while i<Num: if(Num%i == 0): Prime = 0 i+=1 if(Prime == 1): print(Num, 'is a prime number') else: print(Num, 'is not a prime number') else: print('Enter a valid num') #List of Prime Numbers Num = int(input('Enter the num:')) i = 2 Prime = 1 j= 2 if Num >1: while j <= Num: while i<j: if(j%i == 0): Prime = 0 i+=1 if(Prime == 1): print(j, 'is a prime number') Prime = 1 i=2 j+=1 else: print('Enter a valid num') #Emirp Number def isPrimeNumber(Num): i = 2 Prime = 1 if Num >1: while i<Num: if(Num%i == 0): Prime = 0 i+=1 return Prime Num = int(input('Enter the num:')) isPrime = isPrimeNumber(Num) rev_Num = 0 if(isPrime == 1): rev = Num while Num >=1: rev_Num = rev_Num *10 + Num%10 Num = Num//10 print(rev_Num) isPrime = isPrimeNumber(rev_Num) if(isPrime ==1): print(rev,'is a Emirp Number') else: print(rev,'is not a Emirp Number') else: print(Num,'is not a Emirp Number')