stored as a signed value in an 8-bit memory location (1.e., write out all o uits and pad the number with Os or 1s as appropriate). b. Convert 45 to -45 using 2's complement. Again assume a signed value stored in 8-bits, padding as appropriate. C. Add your answers from a. and b. Do you get what you expect? 2. Do stuff with different numbers a. Represent 76 as an 8-bit, signed binary value. b. Represent -36 as an 8-bit, signed binary value. C. Add your answers from a. and b. Do you get what you expect? 3. Oops a. Add the binary value for 76 to the binary value for 76. Represent the answer as an 8-bit, signed binary value. b. Convert the signed binary result to decimal. Remember to use 2's complement if the sign bit is negative. Was the result the same as adding 76 to 76 in decimal? What happened? 1. Do stuff with numbers a. How do you represent the number 45 in binary? Assume the number will be stored as a signed value in an 8-bit memory location (i.e., write out all 8 bits and pad the number with Os or 1s as appropriate). b. Convert 45 to 45 using 2's complement. Again assume a signed value stored in 8-bits, padding as appropriate. C. Add your answers from a. and b. Do you get what you expect? 2. Do stuff with different numbers a. Represent 76 as an 8-bit, signed binary value. b. Represent -36 as an 8-bit, signed binary value. C. Add your answers from a. and b. Do you get what you expect? 3. Oops a. Add the binary value for 76 to the binary value for 76. Represent the answer as an 8-bit, signed binary value. b. Convert the signed binary result to decimal. Remember to use 2's complement if the sign bit is negative. Was the result the same as adding 76 to 76 in decimal? What happened