Create a C program that multiplies two matrices using pointers and dynamic memory allocation.

You should have:

multiplyMatrices function that takes five parameters:

int $*$mat$1$: A pointer to the first matrix.

int $*$mat$2$: A pointer to the second matrix.

int $*$result: A pointer to the result matrix $($to store the multiplication result$).$

int rows$1$: The number of rows in the first matrix.

int cols$1$: The number of columns in the first matrix.

In the multiplyMatrices function, use nested loops to perform matrix multiplication. Store the result in the

result matrix.

printMatrix funtion that takes three parameters:

@ int $*$mat: A pointer to a matrix.

int rows: The number of rows in the matrix.

int cols: The number of columns in the matrix.

In the printMatrix function, use nested loops to print the elements of the matrix in a tabular format.

In the main function, dynamically allocate memory for three matrices $($two input matrices and one result

matrix$).$ Prompt the user to enter the dimensions and elements of the two input matrices.

Call the multiplyMatrices function to multiply the two matrices and store the result in the result matrix.

Call the printMatrix function to display the input matrices and the result matrix.

Properly release the dynamically allocated memory before exiting the program.

Note: Ensure that the matrices' dimensions are compatible with multiplication $($i$.$e$.,$ the number of columns in the

first matrix must be equal to the number of rows in the second matrix$).$ You can assume that all matrix elements

are integers.