Perform the following addition assuming 9-bit two's complement binary representation. Show the effect on the status bits:              1 0001 1011 ADD     1 0101 0100   Sum =  N =  Z =  V =  C =

Negate the following Binary value using 16-bit 2's complement: 10001000001 Give the 16-bit binary representation and then specify the sign and decimal magnitude of the result.

Assuming seven-bit two’s complement binary representation convert -64 to binary.

Add 11 to -24 by using 8-bit signed magnitude, one’s complement, two’s complement arithmetic, respectively.

Perform the following additions, assuming 7-bit two's complement binary representation. Show the effect on the status bits (NZVC). Example: Example: Note: that this is a 6-bit example and the questions below are for 7-bit. ex) 101000 + 100000 001000 NZVC 0011 Result was 1001000 but the 1 is carry-out (C-1). Negat ive + Negative should be Negative but positive so overflow (V=1) a) NZVC b) NZVC 1101001 + 1110001 1111111 + 0110101

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

Add the following 8-bit two's complement numbers. Write the final result of the addition in hexadecimal and indicate whether overflow occurred. Ox76 + Ox51 Result: (in hexadecimal) Overflow occurred? (Yes or No)