For each of the following C statements, produce a set of corresponding RISC-V assembly instructions that are functionally equivalent. You may assume that the variables a, b, c, d, e, and f are stored in registers x12 x17 respectively, and the base addresses for the arrays arrA, and arrB are stored in registers x10 and x11 respectively. If you need to use any temporary registers for any calculations, you may assume that x28 x31 are all freely available. You should assume that all array elements are doubleword size (i.e., 8-bytes). Include comments for each instruction to explain what is being done as a part of it in order to show you work.

c = arrA[20];

g = arrA[e] + arrB[f];

arrB[0] = arrB[g * 2] - arrA[d - 4];

arrA[f/2] = arrB[d] & arrA[d];

arrB[c] = arrA[c++] * arrA[c--]);