add the following two 12-bit binary 2's complement numbers. then convert each number to decimal and check the results. a.) 11001101101 111010111011 b.) 101011001100 111111111100

Add the following signed 5-bit 2's complement binary numbers and convert the sum to a decimal (bose ten) numbe a) e0111 + 00011 this sum in base ten: b) 11101 + 00011 this sum in base ten: c) 10001 + 10001 this sum in base ten: d) 10000 + 100ee this sum in base ten: e) 10101 + 01010 this sum in base ten: LLL

Add binary numbers 100111 and 11011 in both decimal and binary forms.

Sum the following numbers expressed in their respective bases: 11001100112 52014378 93D462C16 Convert your answer to Hexadecimal.   Multiply the following decimal numbers in binary format: 25 x 36

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

Write the 2's Complement of the binary number 0110 1011 (only write 8 numbers with 1 space separating both 4 bits)

What is the signed decimal equivalent of the following two's complement binary value? 11111010.0011 B

Question 14Use 8 bits to represent the decimal number   -45 in 2's complement form.  10101000 11010011 11011010 10000011

3. Perform the following operations involving four-bit 2's complement numbers and indicate whether arithmetic overflow occurs. Verify your answers by converting to decimal sign- magnitude representation. 0011 +0100 0101 +0110 0101 + 1010 1011 +0110 1101 + 1100 1011 + 1010

Sum the following numbers expressed in their respective bases: 11001100112 Convert your answer to Hexadecimal. Multiply the following decimal numbers in binary format: 25 x 36