BMETE11AP60

Course data
Course name: Thermodynamics and Statistical Physics
Neptun ID: BMETE11AP60
Responsible teacher: Ferenc Simon
Programme: Physicist-Engineer BSC
Course data sheet: BMETE11AP60
Requirements, Information

Information for semester 2024/25/2

 

Course description 

 

 

Teams page

 

The course has an associated team in the institutional Microsoft Teams, for which the access code will be distributed to registered students via the Neptun system. We communicate via Neptun and Teams, and you can access most resources (lecture notes, homeworks) there.

 

Recommended reading

 

The course will mainly follow the following textbook: A. Rex: Finn's Thermal Physics (3rd Ed.), CRC Press, 2017

Supplementary lecture notes for topics not covered in the book will be provided on Teams

Other recommended reading: 

  • R. A. Serway and J. W. Jewett: Physics for Scientists and Engineers with Modern Physics (10th Ed.),  Cengage Learning, 2018. (SJ)

  • R. A. Serway, C. J. Moses and C. A. Moyer: Modern Physics (3rd Ed.),  Thomson Learning, 2005. (SMM)

  • Online lecture notes by Michael Fowler, including interesting details about the historical development of thermodynamics.

 

Course requirements

 

Homework

 

After each exercise class, solution to selected problems can be submitted at the next exercise class for bonus points. There is no way to submit missed homeworks later.

 

Written exams during semester

 

The course will feature two complex exams, involving both theoretical and problem-solving questions, during the semester. The dates of the two exams are:

  • Exam 1: April 2, Wed., 8:15 - 10:00, in K150
  • Exam 2: May 21, Wed., 8:15 - 10:00, in K150

There is a re-take exam scheduled for Wednesday, May 28.

 

Conditions for signature

 

Passing the problem-solving part of both exams (threshold: 40%). 

 

Grading

 

  • Students who also pass the theory part of both exams (threshold: 40%) qualify for a passing grade (2)
  • Students who score above 70% on both parts of both exams qualify for a satisfactory grade (3)
  • Students can improve their grades with bonus points obtained for handing in homework problems.
  • Students wishing to further improve their grade, or obtain the mark 'excellent' (5) must take an oral exam during the exam period.

 

Oral exam

 

Students get two topics to report on and will have 30 minutes to prepare. The topics of the exam will overlap with the material covered in the lectures. A list of exam questions will be published after the last lecture.

 

Note: The information above is subject to change. Up-to-date information will be provided on the associated Teams page