Lab Exercise $2$ Task: The student is to create a project and write a program in assembly which will compute anoperation of Bob $=$ Sue $+$ Joe Ann, where all variables are $96-$bit unsigned binarynumbers. You may ignore any overflow conditions for this exercise. The program must define the values of Bob, Sue, Joe, and Ann as $96-$bit numbers givenbelow $($three $32-$bit words$),$ stored in little$-$endian format, using $.$word directives.Bob $=$ undefined initiallySue $=0$x$123456789$abcfabcdef$56789$Joe $=0$xbbbbeeeeaaaa$123789$de$0123$Ann $=0$x$2345$ab$01$ef$67$edcba$9876543$ The calculated result, Bob, must be stored in RAM which addresses are reserved whenBob, Sue, Joe, Ann are defined.Note:$1)$ Multi$-$precision arithmetic requires the use of add$-$with$-$carry and subtract$-$with$-$carry$\mathrm{.}2)$ If adding or subtracting, an entire multi$-$precision result must be computed before movingon to another operation.