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The grading is finished, but I'm not quite sure when the grades will be available. Here is at least the distribution:

A: 4

B: 6

C: 12

D: 6

E: 2

F: 1

The exam seems to have worked reasonably well, except that the two hardest problems 2c) and 3e) may have been a little too much in combination. We therefore changed the scale by pretending that the exam consisted of 13 problems instead of 14. This lead to the following scale:

A: 140 – 118

B: 118 – 99

C: 98 – 75

D: 74 – 59

E: 58 – 52

F: 51 – 0 

My main complaint about the exam papers is that many were messy to the extent of being almost unreadable, and that even some of the better ones lacked explanations. I suppose I have to take part of the blame by making an exam that was a little too long.

Wishing you a nice summer

Tom

June 19, 2024 11:41 AM

Here are the exam problem (I have corrected an error on the last problem – it counts 50 points and not 40) and the suggested solutions.

June 5, 2024 10:23 PM

The syllabus for the final exam is basically chapters 1, 2, 3, and 4 in Durretts book plus the note on Brownian motion. Even if there have been questions about definitions and proofs from the syllabus on earlier exams, such problems will not be given this year. It is, however, always an advantage to be familiar with standard ways to reason. 

Some parts of chapters 1-4 will not be tried on the exam. They include:

Subsection 1.5.2 on the Metropolis-Hastings Algorithm.

Subsection 3.2.2 on Cost Equations.

Section 3.3 on Age and Residual Life.

Section 4.2.1: It suffices to know about the Yule process.

Section 4.6: Forget everything from Example 4.30 onwards.

The section on It?'s formula in the note on Brownian motion will not be tried on the exam.

This ...

May 15, 2024 12:06 PM