Given the following variable defined in data segment:

Data$1$ DB $\text{'}2468\text{'}$

If the value of $AL=15H$ and the result stored in $AL$ after executing the instruction $($ADD AL$,$ Data$1[$x$])$ is $49H,$ the value of $x$ is:

A$-0$

B$-1$

C$-2$

D$-3$

One of the following instructions resets the bits with odd indices in DL:

A$-$ AND DL$,55H$

B$-$ AND DL$,$ AAH

C$.$ XOR DL$,$ A$5$H

D$-$AND DL$,$ FAH

If we inserted from the keyboard the number $37,$ then this is equivalent to the following definition:

A$-$ Data$1$ DB $\text{'}73\text{'}$

B$-$ Data$1$ DW $0703$H

C$.$ Data$1$ DB $33H,37H$

D$-$ Data$1$ DB $37$

Pipelining could be achieved by Separating the BIU from the:

A$-$ Math coprocessor

B$-$ CPU

C$-$ALU

D$-$ EU

One of the following Instructions is valid:

A$-$ SHR AL$,3$

B$-$ DIV BL$,2$

C$-$ MOV$[SI+Bx]+2,BL$

D$-$ MOV$[SI+DI]+2,CL$

Given $AL=42,CF=1.$ The value of $AL$ after executing the instruction $($RCR $AL,1$ is:

A$-95H$

B$-A1H$

C$-15H$

D$-C2H$

The following short$-$jump instruction $($JNZ Location$)$ doesn't affect the execution sequence of the code if it has the following machine code:

A$-7500H$

B$-C_{2H}$

C$-75$B$3$H

D$-7502H$