Question $1(0\mathrm{.}5$ points$)$

In an $8-$bit binary number, what is the two's compliment representation of $-2?$

Question $1$ options:

$11111101$

$11111111$

$11111110$

$11111011$

Question $2(0\mathrm{.}5$ points$)$

One gigabyte $(1$ GByte$)$ equals to which one?

Question $2$ options:

$2^40$ bytes

$2^10$ bytes

$2^20$ bytes

$2^30$ bytes

Question $3(0\mathrm{.}5$ points$)$

Which of the following is the decimal representation of the unsigned binary integer $11111000?$

Question $3$ options:

$238$

$278$

None of the other answers are correct

$248$

Question $4(0\mathrm{.}5$ points$)$

Which of the following is the binary representation of the $32-$bit hexadecimal number A$4693$FBC$?$

Question $4$ options:

$1010011001101001001110111100$

$10100100011010010011111110111100$

$1010010001101001001111111100$

$10100100011010010111111110111100$

Question $5(0\mathrm{.}5$ points$)$

After the execution of the operation AND for operands x and y$,$ what is the result?

x $=00000011$

y $=00000101$

Question $5$ options:

$00001111$

$00000001$

$00000011$

$00001010$

Question $6(0\mathrm{.}5$ points$)$

After the execution of the operation OR for operands x and y$,$ what is the result?

x $=00000011$

y $=00000101$

Question $6$ options:

$00000111$

$00000011$

$00000000$

$00000010$

Question $7(0\mathrm{.}5$ points$)$

After the execution of the operation XOR for operands x and y$,$ what is the result?

x $=00000011$

y $=00000101$

Question $7$ options:

$00000111$

$00000011$

$00000000$

$00000110$

Question $8(0\mathrm{.}5$ points$)$

After the execution of the addition, what is the result of $00001101(13)-00000111(7)?$

Question $8$ options:

$00000101$

$00000010$

$00001100$

$00000110$

Question $9(0\mathrm{.}5$ points$)$

Which of the following $8-$bit binary numbers is of the decimal value of $-16.$

Question $9$ options:

$11110000$

None of the other answers are correct

$00010000$

$11111000$

Question $10(0\mathrm{.}5$ points$)$

What is the storage size of Byte in Assembly Language?

Question $10$ options:

$32$ bits

$16$ bits

$64$

$8$ bits