Write a MIPS assembly program that computes the check digit based on Luhn$$s algorithm and places the check digit in register $$3.$ The leftmost digit of the credit card will appear at index position $0$ in the array. The rightmost digit of the credit card will appear in the last index position in the array.

Notes:

$1.$ The array is initalizaed with non$-$negative integers. Register $$1$ contains the array location and register $$2$ contains the array length.

$2.$ Each element in the array is a single digit in the range $0$ to $9$ inclusive.