Final answer:
The largest 8-bit unsigned binary number is Num1 (FF). Num2 is equivalent in both signed-magnitude and 2's complement representations. The largest 8-bit 2's complement number is Num4 (87). The smallest 8-bit 2's complement number and the smallest 8-bit signed magnitude number is Num5 (80).
Step-by-step explanation:
a. Which of the above 5 numbers is the largest 8-bit unsigned binary number?
The largest 8-bit unsigned binary number is Num1, which is FF in hexadecimal and 11111111 in binary.
b. Which of the above 5 numbers is equivalent to the same base 10 number when it is interpreted by a computer using signed-magnitude representation and a computer using 2's complement representation?
The number that is equivalent in both signed-magnitude and 2's complement representations is Num2, which is 07 in hexadecimal and 00000111 in binary.
c. Suppose Num 3 is interpreted as a 1's complement numbers. Which of the following numbers corresponds to the signed-magnitude representations of the same number?
When Num3 is interpreted as a 1's complement number, the corresponding signed-magnitude representation is -7F, where F8 in hexadecimal is 11111000 in binary.
d. Which of the above 5 numbers is the largest 8-bit 2's complement?
The largest 8-bit 2's complement number is Num4, which is 87 in hexadecimal and 10000111 in binary.
e. Which of the above 5 numbers is the smallest 8-bit 2's complement number?
The smallest 8-bit 2's complement number is Num5, which is 80 in hexadecimal and 10000000 in binary.
f. Which of the above 5 numbers is the smallest 8-bit signed magnitude number?
The smallest 8-bit signed magnitude number is Num5, which is 80 in hexadecimal and 10000000 in binary.