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

$000000$FFFFH

$100001$FFFFH

$200002$FFFFH

$300003$FFFFH

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?

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

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

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

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

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

Back: DJNZ r$0,$ back

ret

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

$184$

$5$

$365$

$3$

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

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

$1992\mathrm{.}06\backslash$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 $38$ decoder

$8$ chips and $38$ decoder

$8$ chips and $24$ decoder

$6$ chips and $24$ decoder

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

MOV A$,40$H

CPL A

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

$04$H

$40$H

AAH

$55$H

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

MOV R$0,$ #$20$H

MOV A$,$ @R$0$

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

$20$H

$20$

$10$

$10$H

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

User

FIQ

IRQ

Jazelle

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.

$00123$ H

$01230$ H

$54443$ H

$04567$ H