Question: Write a MIPS program to perform the matrix multiplication of two 10x10 matrices (A and B) composed of integers represented in 32-bit unsigned binary number
Write a MIPS program to perform the matrix multiplication of two 10x10 matrices (A and B) composed of integers represented in 32-bit unsigned binary number and store the result into a 10x10 matrix (C). As there is no multiplication instruction in the pipelined MIPS, you can write a loop of sum to implement multiplication.

12345678910 123456789101 23456789101 23456789101 34567891012 34567891012 45678910123 45678910123 4= B 67891012345 67891012345 78910123456 78910123456 89101234567 89101234567 91012345678 91012345678 10 1 2 3 4 5 6 7 8 9 40 1 2 3 4 5 6 7 8 9 0123456789 1012345678 9101234567 8910123456 78910-2345 6789101234 5678910123 4567891012 34567891 01 234567891 1234567891 0123456789 1012345678 9101234567 8910123456 78910-2345 6789101234 5678910123 4567891012 34567891 01 2345678910 1234567891
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