Try to use these Asm. Language commands we use so far in the class.MOV AL$,4$Ah ; Move to the AL register the value $4$A$(16)=74(10)$MOV AL$,$ BL ; Copy the value of the BL register to the AL registerINC DL ; Increment the register DL by $1($DL$)=($DL$)+1$DEC DL; Decrement the register DL by $1$ DL $=$ DL $1$ADD AL$,3($AL$)=($AL$)+3$SUB BL$,4$ BL $=$ BL $4$CMP AL$,45$h ; Compares the value pf the AL register to the value of $45$h; If the AL register is equal to $45(16)$ then the zero flag is set.Ddd: Location in the program that we can jump to $($a label$)$Jump commands:JMP ddd ; The program will jump to the location labeled ddd$.$; The above is a non$-$ conditional jump.Conditional jumps.JC ;Jump if the carry flag is set to $1.$ Ex: JC dddJNC ; Jump if the carry flag is not set to $1.$ i$.$e$.$ it is zeroJZ ; Jump if the zero flag is set to $1.$JNZ; Jump if the zero flag is not set to $1.$JS ; Jump if the sign flag is set to $1$ EX: JS dddJNS; Jump if the sign flag is not set to $1$MUL XYZ ; Multiplies the A register by the value of the Variable XYZDIV XYZ ; Divides the A register by the value of XYZ$.$ Quotient A registerRemainder D register.In $8$ bits register numbers are $0000-00001111-11110(10)-255(10)$In $16$ bits register the number are from $0-64$KIn $32$ bits register the numbers are from $04$Gmov ah$,6$ ; displays the value of the DL registerint $21$h ; library callmov ax$,4$c$00$h ; ends the programint $21$h ; library callMOV AH$,1$ ; ENABLE THE USER TO ENTER A SINGLE KEYINT $21$H ; LIBRARY CALLMOV AH$,9$ ; DISPLAYS A STRING THAT THE DX REGISTER POINTS TO$.$INT $21$H ; LIBRARY CALLSHL Shift left with CarrySHR Shift right with CarryAND EAX, $0000000$Fh Makes and a bit by bit AND operation between theEAX register and the value $0000000$Fh$.$