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--- tma4135:2019h:start [2019-10-11]
matthewt [Exercise and Exams]
+++ tma4135:2019h:start [2020-08-30] (nåværende versjon)
xuwa [Exercise and Exams]
@@ Linje 4: / Linje 4: @@
  * Thursdays 12:15-14:00, F1.
-  * Updates: <color #ed1c24>26th Sep: We will soon start the numerical part, you might start looking at the introduction part of Anne's Jupyter notes.</color> More information on the Lecture plan can be found [[https://wiki.math.ntnu.no/tma4135/2018h/lecture_plan| here]]. Our course is very similar to [[ https://wiki.math.ntnu.no/tma4130/2019h/start|TMA4130]] and [[https://wiki.math.ntnu.no/tma4125/2019v/start|TMA4125]].
+  * updates: [[https://wiki.math.ntnu.no/_media/tma4130/2019h/post_kont_soln2.pdf|partial solution]] to the resit exam.
+  * Updates: <color #ed1c24>Things on the {{ :tma4135:2019h:coverpages_forsidene.docx |resit-exam}}</color> The final grade will be pass/fail.
+  * Updates: <color #ed1c24>A (non-complete) solution of the exam is uploaded</color>
+  *  More information on the Lecture plan can be found [[https://wiki.math.ntnu.no/tma4135/2018h/lecture_plan| here]]. Our course is very similar to [[ https://wiki.math.ntnu.no/tma4130/2019h/start|TMA4130]] and [[https://wiki.math.ntnu.no/tma4125/2019v/start|TMA4125]].
@@ Linje 26: / Linje 32: @@
 {{ :tma4135:2019h:preliminaries.pdf |Preliminaries for the math part}}
-}
-===== Exercise and Exams =====
-[[https://wiki.math.ntnu.no/tma4135/2018h/exercises|Basic information on the exercise]]
-{{ :tma4135:2019h:ex_1.pdf |Exercise 1}} / {{ :tma4135:2019h:solution_1.pdf |Solutions 1}}
-{{ :tma4135:2019h:ex_2.pdf |Exercise 2}} / {{ :tma4135:2019h:solution_2.pdf |Solutions 2}}
+===== Class Notes =====
-{{ :tma4135:2019h:ex_3.pdf |Exercise 3}} / {{ :tma4135:2019h:ex3soln.pdf |Solutions 3}}
-{{ :tma4135:2019h:ex_4.pdf |Exercise 4}} / {{ :tma4135:2019h:ex4soln.pdf |Solutions 4}}
+{{ :tma4135:2019h:15_oct.pdf |polynomial interpolation 1}}
-{{ :tma4135:2019h:ex_5.pdf |Exercise 5}} / {{ :tma4135:2019h:ex5soln.pdf |Solutions 5}}
+{{ :tma4135:2019h:17_oct.pdf |polynomial interpolation 2}}
-{{ :tma4135:2019h:ex_6.pdf |Exercise 6}}
+{{ :tma4135:2019h:24_oct.pdf |numerical integration and non-linear equation}}
+{{ :tma4135:2019h:30_oct.pdf |ODE 1}}
+{{ :tma4135:2019h:31_oct.pdf |ODE 2}}
+{{ :tma4135:2019h:05_nov.pdf |ODE 3}}
+{{ :tma4135:2019h:nov_07.pdf |Stiff ODE}}
+{{ :tma4135:2019h:nov_12.pdf |Numerical PDE}}
+{{ :tma4135:2019h:nov_21.pdf |Repetition}}
+===== Exercise and Exams =====
+[[https://wiki.math.ntnu.no/tma4135/2018h/exercises|Basic information on the exercise]]
+{{ :tma4135:2019h:ex_1.pdf |Exercise 1}}
+{{ :tma4135:2019h:ex_2.pdf |Exercise 2}}
+{{ :tma4135:2019h:ex_3.pdf |Exercise 3}}
+{{ :tma4135:2019h:ex_4.pdf |Exercise 4}}
+{{ :tma4135:2019h:ex_5.pdf |Exercise 5}}
+{{ :tma4135:2019h:ex_6.pdf |Exercise 6}}
 We will (more or less) use the numerical exercise from 2018.
-{{ :tma4135:2019h:ex_7.pdf |Exercise 7}}
+{{ :tma4135:2019h:ex_7.pdf |Exercise 7}} / {{ :tma4135:2019h:lf7.ipynb |Solutions 7}}
-{{ :tma4135:2019h:ex_8.pdf |Exercise 8}}
+{{ :tma4135:2019h:ex_8.pdf |Exercise 8}} / {{ :tma4135:2019h:lf8.ipynb |Solutions 8}}
-{{ :tma4135:2019h:ex_9.pdf |Exercise 9}}
+{{ :tma4135:2019h:ex_9.pdf |Exercise 9}} / {{ :tma4135:2019h:lf9-2.ipynb |Solutions 9}}
-{{ :tma4135:2019h:ex_10.pdf |Exercise 10}}
+{{ :tma4135:2019h:ex_10.pdf |Exercise 10}} / {{ :tma4135:2019h:lf10.ipynb |Solutions 10}}
 {{ :tma4135:2019h:ex_10_python.ipynb |Exercise 10 (Python)}}
-{{ :tma4135:2019h:ex_11.pdf |Exercise 11}}
+{{ :tma4135:2019h:ex_11.pdf |Exercise 11}} / {{ :tma4135:2019h:lf11.ipynb |Solutions 11}}
-{{ :tma4135:2019h:ex_12.pdf |Exercise 12}}
+{{ :tma4135:2019h:ex_12.pdf |Exercise 12}} / {{ :tma4135:2019h:lf12.ipynb |Solutions 12}}
@@ Linje 67: / Linje 99: @@
 Exam date: 02th Dec
- {{ :tma4135:2019h:exam_fall-18-mat-4_nd.pdf |exam}}, {{ :tma4135:2019h:exam_solution_math.pdf |solution for the math part}}
+Autumn {{ :tma4135:2019h:exam_fall-18-mat-4_nd.pdf |exam}} [[https://wiki.math.ntnu.no/_media/tma4130/2018h/solutions_tma4130.pdf|solution]]
+summer {{ :tma4135:2019h:tma4135_s19_bm_3.pdf | exam with solution}}, {{ :tma4135:2019h:exam_in_english.pdf | English version of the exam}}
 [[https://wiki.math.ntnu.no/tma4135/2018h/old_exams| Older exams]]
+{{ :tma4135:2019h:formula_sheet.pdf |latest form of the exam}}
+{{ :tma4135:2019h:red.pdf |Final exam with solution}} It is not a complete solution and may have mistakes, also some details are missing.
@@ Linje 91: / Linje 133: @@
 . Make an extra exercise that is related to "real" applications.
+Feedback of the second meeting (31th oct):
+. The exercise is a little bit too much.
+. Better to have more examples with geometric pictures.
+. Instead of just saying it, write down the important facts.
+. Better to control the break time; better we do not use the white board; better we repeat the mainline of the last lecture.
+. For the last week "questions before the exam", better to post the questions earlier, say at least one week before.
+Feedback of the final meeting (3th Dec)
+. Better to attach the numerical formula sheet in the lecture notes,  explain at the very beginning whether the sheet will be enclosed in the exam.
+. For the numerical part, better to recommend more exercises (e g from the book).
+. Better to separate the hand writing and coding exercises (e g by making an independent file containing all the coding exercises with solutions).
+. Problem 2b) is difficult to understand, better to add "to explain why we have the identity for the above Fourier series expansion".