Question: Question 1: Consider the 8-bit stack-based ISA named HOB. There are 3 instruction formats (bit 0 is the least-significant bit). R-type instructions (add, nand): bits

Question 1: Consider the 8-bit stack-based ISA named HOB. There are 3 instruction formats (bit 0 is the least-significant bit). R-type instructions (add, nand): bits 7-5: opcode bits 4-0: unused (should all be 0) I-type instructions (pushi): bits 7-5: opcode bits 4-0: value (a 5-bit, 2's complement number with a range of 16 to 15) A-type instructions (push, pop, beq) bits 7-5: opcode bits 4-0: address (in the range of 0 to 31)

Question 1: Consider the 8-bit stack-based ISA named HOB. There are 3

instruction formats (bit 0 is the least-significant bit). R-type instructions (add, nand):

bits 7-5: opcode bits 4-0: unused (should all be 0) I-type instructions

(pushi): bits 7-5: opcode bits 4-0: value (a 5-bit, 2's complement number

with a range of 16 to 15) A-type instructions (push, pop, beq)

Question 1: Consider the 8-bit stack-based ISA named "HOB". There are 3 instruction formats (bit 0 is the least-significant bit). R-type instructions (add, nand): bits 7-5: opcode bits 4-0: unused (should all be 0) I-type instructions (pushi): bits 7-5: opcode bits 4-0: value (a 5-bit, 2's complement number with a range of-16 to 15) A-type instructions (push, pop, beq) bits 7-5: opcode bits 4-0: address (in the range of 0 to 31)

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