Here is an assembled function in MIPS addi $sp, $sp, 4 Sw Li 1i L1 Li 0xe04800b8 ex23bdfffc addi $29, $29,exffff... 75: 0x084000bc exafb10000 sw $17,8x8000e000($29) 76: 0xe04000ce ex24020000 addiu $2,$0,0x00000000 78: 0x004000c4 0x24030000 addiu $3, $8,0x00000000 79: 0x004000c8 ex240a0020 addiu $18, s0,8xeeee... 80: 0x004000cc 8x240b000a addiu $11,s0,8x0000... 81: 0x884800de ex90910000 lbu $17,0x000e0000($4) 83: 0x004000d4 0x28840001 add1 $4,$4,0x80000001 84: 0x004008d8 8x122b0004 beq $17,$11,8x00000004 85: 0x004000dc 8x20420001 addi $2,$2,8x80000001 86: 0x804000e0 8x162afffb bne $17,$10,8xfffffffb 87: 0x004008e4 8x20630001 addi $3,$3,8x00000001 88: 0x004000e8 8x88100034j 0x804000de 0x004000ec 0x20630001 addi $3,$3,8x00000001 93: 0x804000fe ex8fb10000 tw $17,0x8000e00e ($29) 96: 0x804000f4 8x23bdee04 addi $29,$29,8x8000.. 97: 0x80400018 ex03e00e08 jr $31 ss1, (ssp) sve, e Svl, e st2, 32 # ascii space st3, 10 # ascii newline addi sao, sao, 1 #inc rement to next byte beq ss1, $t3, stats_exit add sve, sve, 1 #inc renent character count bne $s1, $t2, stats lp addi Sv1, $v1, 1 # increment word count stats lp Sv1, Sv1,1 $51, (ssp) $sp, $sp,4 Sra 90: #addLast word addi tw addi jr 98: Break down instruction bne on line 87 into its format and describe each part. Break down the j instruction on line 90 into its format and describe each part. Break down instruction lbu on line 83 into its format and describe each part