MOV $40$H$,$ #$55$H

MOV A$,40$H

CPL A

The value in register A after the above program execution is$?$

$40$H

$04$H

$55$H

AAH

MOV $20$H$,$ #$10$H

MOV R$0,$ #$20$H

MOV A$,$ @R$0$

The above statements results a value in A as$?$

$20$

$10$H

$10$

$20$H

MOV r$0,$ #B$5$H

Back: DJNZ r$0,$ back

ret

The above program requires how many machine cycles for its execution?

$3$

$5$

$184$

$365$

You are given with the following instruction and you are provided the following data:

ADD AX$,[0123]$

SS $=1234$H; CS$=4567$H; DS $=5432$ H

Find the effective address location for the given instruction.

$04567$ H

$01230$ H

$00123$ H

$54443$ H

Delay: MOV r$5,$ #$02$H

Here$3$: MOV r$4,$ #$180$

Here$2$: MOV r$3,$ #FFH

Here$1$: DJNZ r$3,$ here$1$

DJNZ r$4,$ here$2$

DJNZ r$5,$ here$3$

RET

In Atmel $8051,$ the above program requires how much time for its execution?

$199\mathrm{.}206\backslash$mu s

$1992\mathrm{.}06\backslash$mu s

$19920\mathrm{.}6\backslash$mu s

$199206\backslash$mu s

In ARM controllers the hardware multiplier unit is$?$

Barrel shifter

Bit shifter

Level shifter

Multi shifter

In case of $8086,$ while realizing a $1$MB of external memory using $128$KB chips, how many chips and what is the decoder configuration required for selection of each memory chip?

$6$ chips and $24$ decoder

$6$ chips and $38$ decoder

$8$ chips and $38$ decoder

$8$ chips and $24$ decoder

MOV r$6,$ #C$8$H

Back: DJNZ r$6,$ back

ret

In Atmel $8051,$ the above program requires how much time for its execution?

$437\mathrm{.}255\backslash$mu s

$220\mathrm{.}255\backslash$mu s

$5\mathrm{.}425\backslash$mu s

$3\mathrm{.}255\backslash$mu s

In case of $8086,$ while realizing a $256$KB of external memory using $64$KB chips, the third chip address ranges from?

$000000$FFFFH

$200002$FFFFH

$300003$FFFFH

$100001$FFFFH

In ARM controllers, in which mode the hardware circuit run the JAVA byte code?

User

FIQ

IRQ

Jazelle