@@ -8,7 +8,8 @@ There are several files to be aware of:
1.`README.md`
2. A notebook `Analysis.ipynb` and `Report.md` files for carrying out analysis and answering questions as done in Q1.
3. A notebook `mesh_tips.ipynb` which provides explanation and examples for using the class `Mesh`, an understanding of which is critical for carrying out the necessary analysis
3. A notebook `mesh_tips.ipynb` which provides explanation and examples for using the class `Mesh`, an understanding of which is critical for carrying out the necessary analysis.
4. A file `utilities.py` that contains code to solve the FVM problem.
The file `Analysis.ipynb` contains all instructions for completing the tasks for this assignment, divided into three Parts. Only the second part uses the files `utilities.py` and `mesh_tips.ipynb`.
What would you do to correct the errors in the case of task 3.3? Describe your answer qualitatively, there is no need to make computations.
_Tip: suppose that you also know the values of $\phi$ at the vertices. _
For this question, assume that we have computed the values of $\phi$ at the vertices by interpolating using the values already found at the centroids of each neighbor volume.
What would you do to correct the errors in the case of task 3.3? Describe your answer qualitatively, there is no need to make computations.
_Tip: suppose that you also know the values of $\phi$ at the vertices. _
For this question, assume that we have computed the values of $\phi$ at the vertices by interpolating using the values already found at the centroids of each neighbor volume.
