make each line of the following mips assembly program into a hex machine code    add  $11,$10,$0    add  $12,$10,$10

Develop the assembly code for the following: Load 10 Hex values in 10 memory location. Next find the sum of all the values loaded in the memory location. At the end Register A should contain low byte and Register R5 High byte of the final result.

Convert the following MIPS instructions into machine instructions in hexadecimal form. Show every step in the conversion. AND      $s1,$s2,$s3 SUB       $s1,$s2,$s3 NOR      $t6, $s2, $t1 ADD      $s1, $s1, $s1 SRL        $t6, $s1, 3 ADDI     $t5, $s2, -2 SW        $t2, 100($s4) LW         $t1, 0($s1) Convert the following machine instructions into MIPS instructions. AD4803EC16 0248402416

Rotate and Shift Instructions Answer the question for each set of assembly codes. 1. MOV AX, 6Bh What would be the value of AL, in binary form, SHR AL, 1 after program execution? SHL AL, 3 RET In hexadecimal format, what would be the value of AX after program execution? 2. MOV AX, АAAH MOV CL, 8 SHL AX, CL RET 3. MOV AL, 8Ch MOV CL, 3 What would be the value of AL, in binary form, after program execution? SAR AL, CL RET 4. MOV AL, 6Bh In hexadecimal format, what would be the value of AL ROR AL, 1 after program execution? ROL AL, 3 RET 5. MOV AX, 6Bh What would be the value of AL, in binary form, RCR AL 3 after program execution? RET