The program to illustrate the modulo operator will be:
#define a function to check UPC number
def is_valid_upc(list_of_integers):
#define result to store the sum of digits
result=0
# get the lenght of list
digits=len(list_of_integers)
#chaeck condition for valid and return True or False
if digits>2 and sum(list_of_integers)>0:
for i in range(digits-1,0,-1):
if i%2==0:
result +=list_of_integers[i]*3
else:
result +=list_of_integers[i]
if result%10==0:
return True
else:
return False
else:
return False
#get the list input from user
list_of_integers = eval(input("Enter the UPC number : "))
#call the function and print the result
print(is_valid_upc(list_of_integers
When two numbers are split, the modulo operation in computing yields the remainder or signed remainder of the division. A modulo n is the remainder of the Euclidean division of a by n, where an is the dividend and n is the divisor, given two positive numbers, a and n.
The modulus operator, which operates between two accessible operands, is an addition to the C arithmetic operators. To obtain a result, it divides the provided numerator by the denominator.
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