1. MIPS Machine Code P&H (2.25) . The following instruction is not included in the MIPS instruction set: a. rpt $t2, loop # if (R[rs]>0) R[rs]=R [ rs]-1, PC-PC +4+Branch0ffset If this instruction were to be implemented in the MIPS instruction set, what i:s the most appropriate instruction format? Explain why. Provide a sequence of MIPS instructions that performs the same operation. Ungraded, but exam worthy: Postulate why this instruction wasn't included the MIPS ISA Translate the following MIPS assembly into machine code providing the following for each instruction. First, identify the instruction's format. Second, provide the decimal value for each instruction field. Third, provide the hex encoding of the entire instruction. Assume Begin is at 0x00400000. begin: b. andi $sl, zero, 321 addi $s0, zero, -32768 loop: sra $s0, $s0, 5 addiu $s1, sl, 1 bne t0, zero, loop begin We've discussed in class and on Canvas that you cannot load an arbitrary 32 bit integer (e.g., 0x320FF1CE) using a single instruction. Look up the liu instruction and provide a two-instruction sequence that loads 0x320FF1CE into $t0. Then, assuming that liu is not supported by the ISA, provide a valid three-instruction sequence that loads 0x320FF1CE into $t0. Translate these into MIPS machine code providing the same steps as part 1.b. c. 1. MIPS Machine Code P&H (2.25) . The following instruction is not included in the MIPS instruction set: a. rpt $t2, loop # if (R[rs]>0) R[rs]=R [ rs]-1, PC-PC +4+Branch0ffset If this instruction were to be implemented in the MIPS instruction set, what i:s the most appropriate instruction format? Explain why. Provide a sequence of MIPS instructions that performs the same operation. Ungraded, but exam worthy: Postulate why this instruction wasn't included the MIPS ISA Translate the following MIPS assembly into machine code providing the following for each instruction. First, identify the instruction's format. Second, provide the decimal value for each instruction field. Third, provide the hex encoding of the entire instruction. Assume Begin is at 0x00400000. begin: b. andi $sl, zero, 321 addi $s0, zero, -32768 loop: sra $s0, $s0, 5 addiu $s1, sl, 1 bne t0, zero, loop begin We've discussed in class and on Canvas that you cannot load an arbitrary 32 bit integer (e.g., 0x320FF1CE) using a single instruction. Look up the liu instruction and provide a two-instruction sequence that loads 0x320FF1CE into $t0. Then, assuming that liu is not supported by the ISA, provide a valid three-instruction sequence that loads 0x320FF1CE into $t0. Translate these into MIPS machine code providing the same steps as part 1.b. c