Consider the following C function that accepts two arguments, higher and lower, calculates the sum of...

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Consider the following C function that accepts two arguments, higher and lower, calculates the sum of all values stored between the higher and lower indexes of the array arr; and returns the result. Given that the variable current corresponds to the register $s0, sum to $s1, arr to $s2, and the starting address of the instructions in memory is 2400. int func (int higher, int lower) { int current = lower; int sum 0; while (current <= higher) { } sum sum + arr[current]; current++; return sum; (i) Write down the output of passing the code above through a MIPS compiler (ii) Write down the output of passing the code above through a MIPS assembler. == Q2. Use division algorithm to divide B by A, where A = 0111 and B = 1101. Show all the steps required to complete this division. Ac Go Consider the following C function that accepts two arguments, higher and lower, calculates the sum of all values stored between the higher and lower indexes of the array arr; and returns the result. Given that the variable current corresponds to the register $s0, sum to $s1, arr to $s2, and the starting address of the instructions in memory is 2400. int func (int higher, int lower) { int current = lower; int sum 0; while (current <= higher) { } sum sum + arr[current]; current++; return sum; (i) Write down the output of passing the code above through a MIPS compiler (ii) Write down the output of passing the code above through a MIPS assembler. == Q2. Use division algorithm to divide B by A, where A = 0111 and B = 1101. Show all the steps required to complete this division. Ac Go