Hello, I need help with the following!

MIPS assembly language provides opcode mnemonics for instructions that are not part of the instruction set architecture. These pseudo-instructions can be generated using a sequence of one or more true" MIPS instructions. Find a "true-instructian" equivalent for each of the following pseudo-instructions (some are officiel MIPS pseudo-instructions, others are made up) For each pseudoinstruction, its meaning is explained below it Each of these can be implemented using only one cal MIPS instruction For entering answers, each instruction is broken up into four fields; enter the value of each of the missing fields. Question 3 of 15 5.0 Points Set $9 to 1 if $8 is a negative value, 0 otherwise. Assume that the value in register $8 is treated as a signed 32-bit number in twos-complement notation. HINT: Use a logical operation, not a division or multiplication or comparison operation. 1. Real MIPS instruction: $9, Question 4 of 15 5.0 Points not $8 Reg[8) -Reg 8] Put the bitwise complement of $8 Into $8 (.e., fllp each bit of $8) Real MIPS instruction: s0, MIPS assembly language provides opcode mnemonics for instructions that are not part of the instruction set architecture. These pseudo-instructions can be generated using a sequence of one or more true" MIPS instructions. Find a "true-instructian" equivalent for each of the following pseudo-instructions (some are officiel MIPS pseudo-instructions, others are made up) For each pseudoinstruction, its meaning is explained below it Each of these can be implemented using only one cal MIPS instruction For entering answers, each instruction is broken up into four fields; enter the value of each of the missing fields. Question 3 of 15 5.0 Points Set $9 to 1 if $8 is a negative value, 0 otherwise. Assume that the value in register $8 is treated as a signed 32-bit number in twos-complement notation. HINT: Use a logical operation, not a division or multiplication or comparison operation. 1. Real MIPS instruction: $9, Question 4 of 15 5.0 Points not $8 Reg[8) -Reg 8] Put the bitwise complement of $8 Into $8 (.e., fllp each bit of $8) Real MIPS instruction: s0