Using binary numbers of 8 bits each, convert to binary and solve the following arithmetic operations using two’s complement representation:   (13)10 - (25)10

Convert the following one's complement signed 8-bit numbers into decimal. Be sure to show all of your work. (a) (0000 1010) 2 (b) (1111 1010) 2 (c) (0111 1010) 2 (d) (1111 1111) 2

Using the 2's complement approach solve the following problems. State the answer as an 8 bit. a) 48 -14 b) 11 -18

In single precision (IEEE-754 standard), 8 bits are used for storing the exponent (the bias is 127), and 23 bits are used for storing the mantissa.  (a) What are the smallest and the largest positive numbers that can be stored in single precision? (b) What is the smallest value of the mantissa that can be stored?

Convert the following decimal numbers into 8-bit two's complement representation, and then perform the required arithmetic operation. Show your works. -1010-6010

Convert the following numbers from decimal to binary, assuming six-bit two's complement binary representation. Note: If your answer does not have 6-bits in it, then it will be incorrect? a) 23 b) -27 c) 0 d) -1

Assume that we have a 13-bit system (8-bits.3-bits) system, find a decimal representation of 2's complement of 1101 1010.001 218

represent the following decimal numbers in both binary sign-magnitude and twos complement using 8 bits; +4; -6   unsigned binary division  1) 4/3 2) 8/4

For the following 2 numbers X=1101101 Y=1100101, perform the following operation: Binary Subtraction of X-Y BCD addition Y-X using 2’s complement

Assume that we have a 13-bit system (8-bits.3-bits) system, find a decimal representation of 2's complement of 1101 1010.001