Provide the instruction type, assembly language instruction, and binary representation of instruction described by the following RISC-V fields: opcode=0x63, funct3=0x1, funct7=0x00, rs2=28, rs1=29, rd=30. Provide your answer with detailed calculation and explanation

Choose the correct RISC-V instructions that can be used to jump to the instruction at PC = 0x0000 0000 0002 000c when (x5)= (x6). Assume that the first chosen instruction in the code below starts at PC = 4.

Base on the image provided below, write down a pair of equivalent mnemonic opcode/operand instructions that best describes the register indirect addressing mode. Remember that the data is distributed according to the Little Endian format. REGISTER INDIRECT ADDRESSING MEMORY Data Address EAX 34 12 3412 34 02002 EBX 10 00 1000H +. 12 02000 2000H 1B 020FE A2 020FC DS 0100 X10 АВ 01000 100 01000H MOV AX, [BX] or MOV AX, DS:[BX] а. O b. MOV AX, [CX] or MOV AX, DS:[CX] O c. MOV AX, [BX] or MOV AX, [DS:BX] O d. MOV AX, [BX] or MOV AX, SS:[BX]

The excellent performance of the RISC architecture is due to the overlapping register windows; it is unrelated to the reduced instruction set. Justification for the assertion

Provide the format and assembly language instruction for the following hex values Address 1001: 03

Convert the following RISC-V branch instruction into machine code. Write your final answer in hexadecimal. Address RISC-V Instructions ØXCCDDE124 L2: ... ØXCCDDE8CC bge s5, t1, L2