Study the following program. ORG $1000 DS.B 1 DS.B 1 ORG $4000 bl: b2: Entry: MOVB...

   

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Study the following program. ORG $1000 DS.B 1 DS.B 1 ORG $4000 bl: b2: Entry: MOVB # $0F, bl MOVB #$F0, b2 L: LDAA bl ANDA # %10101010 ; STAA bl //clear even-number bits LDAA b2 ORAA # %10101010 ; STAA b2 BRA L Rewrite the program to use the BSET/BCLR instructions instead of the logic instructions. //set odd-number bits Study the following program. ORG $1000 DS.B 1 DS.B 1 ORG $4000 bl: b2: Entry: MOVB # $0F, bl MOVB #$F0, b2 L: LDAA bl ANDA # %10101010 ; STAA bl //clear even-number bits LDAA b2 ORAA # %10101010 ; STAA b2 BRA L Rewrite the program to use the BSET/BCLR instructions instead of the logic instructions. //set odd-number bits Study the following program. ORG $1000 DS.B 1 DS.B 1 ORG $4000 bl: b2: Entry: MOVB # $0F, bl MOVB #$F0, b2 L: LDAA bl ANDA # %10101010 ; STAA bl //clear even-number bits LDAA b2 ORAA # %10101010 ; STAA b2 BRA L Rewrite the program to use the BSET/BCLR instructions instead of the logic instructions. //set odd-number bits

Answer rating: 100% (QA)

The provided program in the image is written in assembly language for a microcontroller it looks like its targeting the Motorola 6800 series but simil... View the full answer