write assembly code for: Decimal $($BCD$)$ summation of a vector of $8$ words and storing the result in total. Without Conversion to binarySum one packed decimal $($BCD$)$ number to another. The length in bytes of both numbers is in the byte variable LENGTH. The numbers themselves are in the variables NUM$1$ and NUM$2$ respectively. Add the number contained in NUM$1$ to the one contained in NUM$2.$ Store the sum in NUM$3.$Sample Problem:Input: LENGTH $6($Number of bytes in each number$)$NUM$1($The first number is $36701985783410)367019857834$NUM$2($The second number is $12663459326910)126634593269$Output: NUM$3($Sum is$49365445110310)493654451103$That is $367019857834+126634593269=493654451103$

write assembly code for: Decimal $($BCD$)$ summation of a vector of $8$ words and storing the result in total. Without Conversion to binary

Sum one packed decimal $($BCD$)$ number to another. The length in bytes of both numbers is in the byte variable LENGTH. The numbers themselves are in the variables NUM$1$ and NUM$2$ respectively. Add the number contained in NUM$1$ to the one contained in NUM$2.$ Store the sum in NUM$3.$

Sample Problem:

NUM$1($The first number is $($:${367019857834}_{10}$