6. Convert the following MIPS assembly code fragment into machine code. Note that these instructions are part of a program and not simply assembled together randomly. The addresses are given in decimal. However, you will need to enter either binary or hex number for each field of the instruction machine code as indicated in the below table rd shamt funct binary) l(bina 0 rt Immediate Address rs Ina Instruction Ina Ina ina ex 800 Loop 804 lw $t0,0(St1) 808 bne St0,Ss5, Exit 812 jLoop 816 Exit sll $t1,$s3,2 6. Convert the following MIPS assembly code fragment into machine code. Note that these instructions are part of a program and not simply assembled together randomly. The addresses are given in decimal. However, you will need to enter either binary or hex number for each field of the instruction machine code as indicated in the below table rd shamt funct binary) l(bina 0 rt Immediate Address rs Ina Instruction Ina Ina ina ex 800 Loop 804 lw $t0,0(St1) 808 bne St0,Ss5, Exit 812 jLoop 816 Exit sll $t1,$s3,2