Hello BvU,
The other question is basically continuing this same equation, but I must derive the adjoint matrix.
My attempt of the problem starting at step 2. Looking at each term individually as I multiply through by ##\lambda##:
Integrating with respect to ##t##:
$$
\int \lambda...
I am trying to derive the adjoint / tangent linear model matrix for this partial differential equation, but cannot follow the book's steps as I do not know the math. This technique will be used to solve another homework question. Rather than posting the homework question, I would like to...