C#5 ..(2 marks): Use the following table to write "Discrete Math in ASCII using an 8-bit code with the leftmost bit (MSB) always 0. Include a space between names and a period after a middle initial. MSB (3 bits) 0 1 2 3 4 5 6 7 . SP 0 1 A LSB (4 bits) B 2 3 # 4 $ % u & NUL DLE SOH DC1 STX DC2 ETX DC3 EOT DC4 ENQ NAK ACK SYN BEL ETB BS CAN HT EM LE SUB VT ESC FF FS CR GS SO RS SI US O- NOO. V LA w @coow uUI-SY JEZO eoED>3X>N-LES Qoros > 3 x >N-I ( ) Oudu OSX - ECO Y J + 8 9 B C D E F K { 1 } . M m N m / DEL ? n Solution: Discrete (Hexa.)= (Binary)= SP Math (Hexa.)= (Binary)= 3 Q#10 ..(2 marks): List the 10 BCD digits with an even parity in the leftmost position (total of five bits per digit). Repeat with an odd-parity bit. Solution BCD with even parity Decimal 0 BCD with odd parity 1 2 3 4 5 6 7 8 9 Q#6 (1.5 marks: Represent the number (+46.5), as a floating-point binary number with 24 bits. The normalized fraction mantissa has 16 bits and the exponent has 8 bits. Solution: Sign of Mantissa (1bit) Mantissa (15 bit) Exponent (bit)