06 October 2025 11:26:48 AM MXM_OPENMP(): C++/OpenMP version Compute matrix product C = A * B. The number of processors available = 8 The number of threads available = 1 The matrix order N = 500 Elapsed seconds = 0.598213 C(100,100) = 1 MXM_OPENMP(): Normal end of execution. 06 October 2025 11:26:49 AM 06 October 2025 11:26:49 AM MXM_OPENMP(): C++/OpenMP version Compute matrix product C = A * B. The number of processors available = 8 The number of threads available = 2 The matrix order N = 500 Elapsed seconds = 0.30044 C(100,100) = 1 MXM_OPENMP(): Normal end of execution. 06 October 2025 11:26:49 AM 06 October 2025 11:26:49 AM MXM_OPENMP(): C++/OpenMP version Compute matrix product C = A * B. The number of processors available = 8 The number of threads available = 4 The matrix order N = 500 Elapsed seconds = 0.148036 C(100,100) = 1 MXM_OPENMP(): Normal end of execution. 06 October 2025 11:26:49 AM 06 October 2025 11:26:49 AM MXM_OPENMP(): C++/OpenMP version Compute matrix product C = A * B. The number of processors available = 8 The number of threads available = 8 The matrix order N = 500 Elapsed seconds = 0.147268 C(100,100) = 1 MXM_OPENMP(): Normal end of execution. 06 October 2025 11:26:49 AM

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