Question 2:Chapter (2):2.1. The following problem deal with translating from Java to MIPS. Assume that the variables x and zare assigned to registers $s0, and $s1 respectively. Assume that the base address of the integer array B is inregisters $s6.x= B [5] + zFor the java statements above:a) What is the corresponding MIPS assembly code?b) Write the R/I-Format decimal representation?c) Write the R/I-Format the binary representation?d) Write the R/I-Format the hexa representation?2.2.For the registers values shown below, what are the values of $t2 & $t3, for the following sequenceof instructions?$s0=0XFFFF0011$s1=0x00002136sll $t2, $s0, 2and $t3, $t2, $s12.3.Convert the following method/function to MIPS assembly code. The variables y and i are assignedto registers $a0, and $al respectively. the variable (s) is assigned to register $s0 and the returnvalue will be saved in register $v0.public int methodl (int y, int i){int s-0;s- y + i;return s;}2

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Description: Question 2:Chapter (2):2.1. The following problem deal with translating from Java to MIPS. Assume that the variables x and zare assigned to registers $s0, and $s1 respectively. Assume that the base address of the integer array B is inregisters $s6.x

Answer: 2.1. We need to obtain the MIPS version of the given java code as x = B[5] + z $s0 = x $s1 =…

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Question 2:Chapter (2): 2.1. The following problem deal with translating from Java to MIPS. Assume that the variables x and z are assigned to registers Ss0, and Ss1 respectively. Assume that the base address of the integer array B is in registers $s6. x= B [5] +z For the java statements above: a) What is the corresponding MIPS assembly code? b) Write the R/I-Format decimal representation? c) Write the R/I-Format the binary representation? d) Write the R/I-Format the hexa representation?

Question 2:Chapter (2): 2.1. The following problem deal with translating from Java to MIPS. Assume that the variables x and z are assigned to registers Ss0, and Ss1 respectively. Assume that the base address of the integer array B is in registers $s6. x= B [5] +z For the java statements above: a) What is the corresponding MIPS assembly code? b) Write the R/I-Format decimal representation? c) Write the R/I-Format the binary representation? d) Write the R/I-Format the hexa representation?

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Translate the following C code to MIPS assembly, assuming that the variables f, g, h, i, and j correspond to registers $50, $s1, $s2, $s3, and $54 respectively. Also, assume that the base addresses of arrays A and B are contained in $56 and $s7 respectively, and that each element of arrays A and B are 4-byte words: B[8] =A[i] + A[j]; Which of the following MIPS assembly code snippets correctly performs the above operation? sll $t1, $s3, 2; add $t1, $56, $t1; lw $12, 0($t1); sll $t1, $s4, 2; add $11, $s6, St1; lw $13, 0($t1); add $12, $12, $t3; sw $12, 32($s7) sll $t1, $s3, 2; add $11, $s6, $t1; lw $12, 0($t1); sll $t1, $s4, 2; add $11, $s6, $t1; lw $13, 0($t1); add $t4, $12, $t3; sll $15, $t0, 2; add $15, $s7, $15; sw $t4, 32($15) Iw $11,0($s3); Iw $12, 0($s4); add $13, $11, $12; sw $13, 32($s7) sll $t1, $s3, 2; lw $12, 0($t1); sll $t1, $s4, 2; lw $13, 0($t1); add $t4, $t2, $t3; sw $t4, 32($s7)
Help me with these computer architecture questions, please. I need help with questions 1 and 2.
Please your code should be in mips assembly language
(a) In MIPS machine language, the R format instructions need an additional field (the “funct” field) to specify the instruction type (“add”, “sub”, etc.). Why can’t this be done using just the 6-bit “op” field, which all MIPS instructions have, instead? (b) Give a sequence of MIPS assembly language instructions that adds the contents of $s0 and $s1, storing the result into $s0, if the contents of $s1 are greater than 6. Otherwise, the contents of $s0 should be incremented by 28. In either case, afterwards the contents of $s0 should be copied into $s2. (c) Suppose that the starting address of an array of words is stored in $s0. Give a MIPS assembly language instruction that loads the contents of the second word in the array into $s1. (d) Suppose that A and B are defined using “A: .word 0”, and “B: .space 100”. Give a sequence of MIPS assembly language instructions that calls a procedure “P” with its two arguments being the contents of A and the address of B, using the standard procedure…