Translate the following MIPS instructions to binary code 1. addi $s1, $s2,5 2. addu $t1, $s3, $s4 3. xori $s1, $s2,8 4. addiu $s6,$s7,-2 5. lui $s4,1

Sure, here are the binary translations for the given MIPS instructions:

1. addi $s1,$s2,5 Binary: 001000 10010 10001 00000 00000 000101

2. addu $t1,$s3, $s4 Binary: 000000 10011 10100 01001 00000 100001

3. xori $s1,$s2,8 Binary: 001110 10010 10001 00000 00000 001000

4. addiu $s6,$s7,-2 Binary: 001001 10111 10110 11111 11111 111110

5. lui $s4,1 Binary: 001111 00000 10100 00000 00000 000001

Please note that the binary translations are based on the MIPS instruction format. The first 6 bits represent the opcode, the next 5 bits represent the source register, the following 5 bits represent the target register, the next 5 bits represent the shift amount (for shift and rotate instructions), and the last 6 bits represent the function code (for R-type instructions). For I-type instructions, the last 16 bits represent the immediate value.