as you learned from our class and readings, the modulo operator can be useful in surprising ways. for this assignment, you'll use it to validate upc barcodes. in most stores today, almost every item you purchase has a universal product code (upc). the upc is typically printed on the product and is read by a barcode scanner.

Respuesta :

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

How to illustrate the information?

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.

Learn more about modulo operator on:

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