Suppose the machine code of a 32-bit MIPS Instruction is: 000111 10000 00000 00000 00000 000010 (binary). Complete parts (a)-(d) below. Express ALL numerical answers using HEXADECIMAL notation. a) Express the 32-bit machine code in Hexadecimal notation. b) Which of the 38 MIPS instructions (i.e. sll) does it implement? What are the addresses of the register(s) needed? c) Suppose the following are the contents of the register value 0 times FFFFFFFF in register 10000 (binary) value 0 times 00000000 in register 10100 (binary); value 0 times 00000001 in register 01000 (binary). What is the output of the ALU? d) Suppose the following are the contents of the registers; value 0 times 00000001 in register 10000 (binary); value 0 times 00000000 in register 10100 (binary); value 0 times FFFFFFFF in register 01000 (binary); what is the output of the ALU? Suppose the following are the contents of the resisters: value 0 times 00000000 in register 10000 (binary); value 0 times 0000000 in register 10100 (binary); value 0 times 00000001 in register 01000 (binary). What is the output of the ALU? f) On the MIPS 3-stage pipeline schematic blow, circle as many of the following 7 device symbols = 1mm, Reg File. Equality Comparator, 2 times 32 MUX, ALU Data Mem, 3 times 3 times 32 MUX - as needed for the implementation of this instruction. Do NOT circle device symbols that are NOT needed. Suppose the machine code of a 32-bit MIPS Instruction is: 000111 10000 00000 00000 00000 000010 (binary). Complete parts (a)-(d) below. Express ALL numerical answers using HEXADECIMAL notation. a) Express the 32-bit machine code in Hexadecimal notation. b) Which of the 38 MIPS instructions (i.e. sll) does it implement? What are the addresses of the register(s) needed? c) Suppose the following are the contents of the register value 0 times FFFFFFFF in register 10000 (binary) value 0 times 00000000 in register 10100 (binary); value 0 times 00000001 in register 01000 (binary). What is the output of the ALU? d) Suppose the following are the contents of the registers; value 0 times 00000001 in register 10000 (binary); value 0 times 00000000 in register 10100 (binary); value 0 times FFFFFFFF in register 01000 (binary); what is the output of the ALU? Suppose the following are the contents of the resisters: value 0 times 00000000 in register 10000 (binary); value 0 times 0000000 in register 10100 (binary); value 0 times 00000001 in register 01000 (binary). What is the output of the ALU? f) On the MIPS 3-stage pipeline schematic blow, circle as many of the following 7 device symbols = 1mm, Reg File. Equality Comparator, 2 times 32 MUX, ALU Data Mem, 3 times 3 times 32 MUX - as needed for the implementation of this instruction. Do NOT circle device symbols that are NOT needed
