If
\( \begin{vmatrix} x^{2} + 3x & x - 1 & x + 3 \\ x + 1 & -2x & x - 4 \\ x - 3 & x + 4 & 3x \end{vmatrix} = ax^{4} + bx^{3} + cx^{2} + dx + e \)
then what is the value of \( e \)?
The value of the determinant of a matrix A of order 3 is 3. If C is the matrix of cofactors of the matrix A, then what is the value of determinant of \( C^{2} \)?
If
\( A_{k} = \begin{bmatrix} k - 1 & k \\ k - 2 & k + 1 \end{bmatrix} \)
then what is \( \det(A_{1}) + \det(A_{2}) + \det(A_{3}) + \ldots + \det(A_{100}) \) equal to?