Take a one-dimensional array A of 7 words in memory... *Prefer MIPS instruction

Question

Take a one-dimensional array A of 7 words in memory...

*Prefer MIPS instruction set.

*Complete, understandable code (so I learn) will earn full points.

Take a one-dimensional array A of 7 words in memory..Take a one-dimensional array A of 7 words in memory... Take a one-dimensional array A of 7 words in memory starting at a location pointed at by register s3. Write an assembly language code fragment to load the array into register t0 to t6, respectively. Then write code to place the data back into memory in reverse order (i.e., what was in A[0] is now in A[6], etc.). *Prefer MIPS instruction set. *Complete, understandable code (so I learn) will earn full points.

Explanation / Answer

there are two types of arrays: a fixed-size array which always remains the same size - static array, and a dynamic array whose size can change at run-time.

Suppose we are writing a program that lets a user enter some values (e.g. the number of appointments) at the beginning of each day. We would choose to store the information in a list. We could call this list Appointments, and each number might be stored as Appointments[1], Appointments[2], an so on.

To use the list, we must first declare it. For example:

declares a variable called Appointments that holds an one-dimensional array (vector) of 7 integer values. Given this declaration, Appointments[3] denotes the fourth integer value in Appointments. The number in the brackets is called the index.

If we create a static array but don

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