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For the following instruction, the compiler associates variable R with register $16 and stores the address of the first cell of array variable S in register $17. Each cell in array S contains one word of data. Using only the subset of MIPS instructions presented in the Content, write one equivalent MIPS assembly language instruction for the HLL code: S[20] = R; Be sure to include a space after each comma in your answer. Initially the compiler makes the following associations: Register $16 is associated with variable num1 Register $17 is associated with variable num2 Register $18 is associated with variable other Register $19 is associated with variable sum Using only the 4 variables listed above, translate the following MIPS assembly language code to a SINGLE LINE of Java code: SUB $8, $16, $17 SUB $9, $16, $18 ADD $19, $8, $9 Be sure to leave one space before and after each Java operator, to include parentheses as needed, and to end the Java statement with a semi-colon. Given that: : register $s1 contains the base address of an array named stuff array indices begin at 0 each cell in the array contains one 4-byte word of data Translate the following MIPS code: lw $t1, 16($51) addi $t2, $t1, 1 sw $t2, 20($s1) to ONE LINE of Java language code. Be sure to leave one space before and after each Java operator, and to end the Java statement with a semi-colon