Question 1: Consider an instruction set architecture with the following characteristics: Memory: byte-addressable, 8-bit addresses. Numbers: unsigned or signed (two's complement). Registers (8-bit): PC, SP and two general-purpose registers (RO, and R1). Instructions (variable-length): one-operand or two-operand. One-operand instructions (16-bit): 8-bit opcode followed by one 8-bit operand. Two-operand instructions (24-bit): 8-bit opcode followed by two 8-bit operands. o Operand (8-bit): 2-bit addressing mode (AM) followed by 6-bit value/address (VA). Addressing-mode (2-bit): 00 immediate, 01 register, 10 indexed, 11 PC- relative (where register number is encoded by the least significant bit of VA whenever is needed) Some of the supported operations: Opcode Operation Mnemonic (Decimal) Description Move MOV 8 First operand is destination. Second operand is source. Arithmetic ASR First operand specifies value to be shifted. Second operand Shift Right 10 specifies number of bit positions. Arithmetic ASL Shift Left 11 First operand specifies value to be shifted. Second operand specifies number of bit positions. First operand is the first source and the destination in the Add ADD 12 same time. Second operand is the second source. Note that the first operand cannot be a memory location. First operand is the first source and the destination in the Subtract SUB 13 same time. Second operand is the second source. Note that the first operand cannot be a memory location. Decrement DEC 14 Operand specifies value to be decremented. Increment INC 15 Operand specifies value to be incremented. Branch If First operand specifies value to be tested. Second operand BRZ Zero 48 specifies target address using PC-relative addressing mode. Branch If First operand specifies value to be tested. Second operand BRN 49 Negative specifies target address using PC-relative addressing mode. Branch BR 50 Operand specifies target address using PC-relative addressing mode. a) Translate the following C-language snippet to the assembly language of this instruction set: for(i = -4; i