-Write a consistent program that computes the matrix product on shown formula in the job. -Identify code that can be parallelized, and set the parallel region with a parallel directive. -Define cycle for, suitable for parallelization. Use OpenMP-directive for for him. -Define public variables, private and reduction. -Compile and run application. Make sure that the correct result given

Parallelization of loops in OpenMP: the program "Matrix". Write an OpenMP program that computes the product of two square matrices AX B = C of size nx n. Use the following formula: 011 012 013 ain bin 011 612 613 a22 a23 azn b21 bzz b22 623 B= A= \bni buz ban an bnz bna an2 an3 , *** ... a21 ben ... .. ... n Cim dij .bjm; i = 1,2,...,n; m = 1,2, ..., n ai = Input data: integer n, 1