Fill in the contents of the given memory portion at the end of the following program MOV BX, 26 MOV CX, 7 Next:MOV AL, [BX] PUSH AX INC BX LOOP Next MOV CX, 7 MOV BX, 26 Next2:POP AX MOV [BX], AL INC BX LOOP Next2
Solution
ORG 00H
MOV BX,26 ;initialises base register with indexed address
MOV CX,7 ;initialises count register with count 7
L1:MOV AL,[BX] ;moving base register to the accumulator
PUSH AX ;pushing the values into primary accumulator
INC BX ;incrementing base register
LOOP L1 ;it checks with count register,that if it is zero or not and go to loop l1
MOV CX,7 ;initialise count register with count 7
MOV BX,26 ;intialise base register with indexed address
L2:POP AX ; poping the values from primary accumulator
MOV [BX],AL ;moving al register to bx register
INC BX ;increment bx
LOOP L2 ;check the count register and go to loop l2
L3:PUSH AH ;pushing values into accumulator
MOV AH,07H ;moving values into accumulator
MOV [BX],AH ;moving values from ah register to bx register
INC BH ;increment bh register
DEC AH ;decrement values in ah register
CMP AH,00H ;compare if ah is 0
JNE L3 ;jump to loop le if ah not equal to 0
END
.
Fill in the contents of the given memory portion at the end of the fol.docx
1. Fill in the contents of the given memory portion at the end of the following program MOV BX,
26 MOV CX, 7 Next:MOV AL, [BX] PUSH AX INC BX LOOP Next MOV CX, 7 MOV BX,
26 Next2:POP AX MOV [BX], AL INC BX LOOP Next2
Solution
ORG 00H
MOV BX,26 ;initialises base register with indexed address
MOV CX,7 ;initialises count register with count 7
L1:MOV AL,[BX] ;moving base register to the accumulator
PUSH AX ;pushing the values into primary accumulator
INC BX ;incrementing base register
LOOP L1 ;it checks with count register,that if it is zero or not and go to loop l1
MOV CX,7 ;initialise count register with count 7
MOV BX,26 ;intialise base register with indexed address
L2:POP AX ; poping the values from primary accumulator
MOV [BX],AL ;moving al register to bx register
INC BX ;increment bx
LOOP L2 ;check the count register and go to loop l2
L3:PUSH AH ;pushing values into accumulator
MOV AH,07H ;moving values into accumulator
2. MOV [BX],AH ;moving values from ah register to bx register
INC BH ;increment bh register
DEC AH ;decrement values in ah register
CMP AH,00H ;compare if ah is 0
JNE L3 ;jump to loop le if ah not equal to 0
END
![Fill in the contents of the given memory portion at the end of the following program MOV BX,
26 MOV CX, 7 Next:MOV AL, [BX] PUSH AX INC BX LOOP Next MOV CX, 7 MOV BX,
26 Next2:POP AX MOV [BX], AL INC BX LOOP Next2
Solution
ORG 00H
MOV BX,26 ;initialises base register with indexed address
MOV CX,7 ;initialises count register with count 7
L1:MOV AL,[BX] ;moving base register to the accumulator
PUSH AX ;pushing the values into primary accumulator
INC BX ;incrementing base register
LOOP L1 ;it checks with count register,that if it is zero or not and go to loop l1
MOV CX,7 ;initialise count register with count 7
MOV BX,26 ;intialise base register with indexed address
L2:POP AX ; poping the values from primary accumulator
MOV [BX],AL ;moving al register to bx register
INC BX ;increment bx
LOOP L2 ;check the count register and go to loop l2
L3:PUSH AH ;pushing values into accumulator
MOV AH,07H ;moving values into accumulator](https://image.slidesharecdn.com/fillinthecontentsofthegivenmemoryportionattheendofthefol-230131193350-cba12158/85/Fill-in-the-contents-of-the-given-memory-portion-at-the-end-of-the-fol-docx-1-320.jpg)
![MOV [BX],AH ;moving values from ah register to bx register
INC BH ;increment bh register
DEC AH ;decrement values in ah register
CMP AH,00H ;compare if ah is 0
JNE L3 ;jump to loop le if ah not equal to 0
END](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)