Consider the following dynamic programming implementation of the matrix chain problem:#include#includeint mat_chain_multiplication(int *mat, int n){ int arr[n][n]; int i,k,row,col,len; for(i=1;i Options: A . &nbsparr[row][k] "“ arr[k + 1][col] + mat[row "“ 1] * mat[k] * mat[col]; B . &nbsparr[row][k] + arr[k + 1][col] "“ mat[row "“ 1] * mat[k] * mat[col]; C . &nbsparr[row][k] + arr[k + 1][col] + mat[row "“ 1] * mat[k] * mat[col]; D . &nbsparr[row][k] "“ arr[k + 1][col] "“ mat[row "“ 1] * mat[k] * mat[col];

Consider the following dynamic programming implementation of the matrix chain p

Question

Consider the following dynamic programming implementation of the matrix chain problem:#include#includeint mat_chain_multiplication(int *mat, int n){ int arr[n][n]; int i,k,row,col,len; for(i=1;i

Options:

A . arr[row][k] "“ arr[k + 1][col] + mat[row "“ 1] * mat[k] * mat[col];

B . arr[row][k] + arr[k + 1][col] "“ mat[row "“ 1] * mat[k] * mat[col];

C . arr[row][k] + arr[k + 1][col] + mat[row "“ 1] * mat[k] * mat[col];

D . arr[row][k] "“ arr[k + 1][col] "“ mat[row "“ 1] * mat[k] * mat[col];

Answer: Option B

The line arr[row][k] + arr[k + 1][col] + mat[row “ 1] * mat[k] * mat[col] should be inserted to complete the above code.

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