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Physik-Institut

PHY121 Physik II für Haupt- und Nebenfach Physik, PHY120 Vertiefung II

Schedule

 

Lecturer :

Prof. Björn Penning

Dr. Matthias Hengsberger

Organization Dr. Knut Morå
Lectures ( PHY121 ): Thur, Fri 08:00-09:45, HS15 (16-G-15)
Lectures ( PHY120 ): Wed 08:00-09:45 HS05 (16-G-05)
Exercise sessions: Thu 13:00-15:00

Lecturer

  • Prof. Björn Penning
  • Webpage
  • Office: Y36 J74
  • Phone: +41 44 635 57 55
  • Email: E-Mail

Outline of course

Physik II is a continuation of Physik I and covers topics in thermodynamics, statistical
physics electricity and magnetism: charge, Coulomb’s law, electric fields, Gauss’ law, electric
potential, capacitors and dielectrics, current and resistance, EMF and circuits, magnetic fields,
Biot-Savart law, Amperes law, Faraday’s Law of Induction, and simple AC circuits, geometric
optics, reflection, refraction, interference.


Course information sheet

Weekly exercises

Exercises will be posted on OLAT here.  Please register and log in immediately to see if you can access the course,  If not, check that your UZH email is registered properly. If it is, and you still lack access, contact Dr. Knut Morå
 

Exercises will be assigned every Wednesday, and will be due the following Wednesday at 18:00. Your teacher assistant (TA) will let you know where to submit your exercises. 

The first exercise sheet will be assigned on Wednesday the 26th of February, and should be submitted to the TA before or in the exercise session Thursday the 6th.   The solutions will be published on OLAT the day after the exercise session.


Evaluation, Grades and Attendance

Your grade is based on a weighted average on:

  • 70%  final examination
  • 30%  on the weekly exercises

Attendance is expected and recorded for exercise sessions. The homework is graded somewhat differently than previous courses: you mark exercises you have made a good-faith effort in and are willing to present on the blackboard, and receive points for those that are summed for this portion of the grade. The goal of this change is that your evaluation is not dependent on a single input, the final exam. We may adjust the weighting to more accurately reflect student’s performance, including awarding points for performance.

We will be allowing up to three absences for any reason such as illness, conflicting exams,
unavoidable personal conflicts, etc. No need to email us. Whenever absent you will need to
submit your exercise sheet before by Thu noon via OLAT.

 

The final examination will be composed of questions similar to those presented in the lectures and the weekly exercises. 


Exam schedule

The exam is scheduled for
Wednesday, June 25th, 2025
14:00-16:00
Hörsaal 30

 

Exam guidelines  :

Exams will be similar in style to the weekly exercises (conceptual questions). A formula sheet with all needed equations will be provided to you in the exams.  The formula sheet will be sent to you at least a week before the exam to help you study.  We will provide you with paper and a calculator if needed.  The final exam will be printed in english and in german.  

The following are forbidden in exams : 

  • Any means of communication (mobile phones, smart watches, etc.)
  • Any kind of calculator, laptop, or electronic storage device
  • Any additional formula sheets or written notes. 

Lecture information

 

 

 

  Date Content Exercise Set due
1
1
Thu, 20.02.2025
Temperature, Temp Scales Specific Heat, Kinetic Theory  
2 Thermal Expansion, phase Changes, Latent Heat, 0th law  
3
Fri, 21.02.2025
Heat transfer mechanisms, insulation, vaccuum, radiation  
4 Wien's Law, Stefa-Boltzmann-Law, Black Body, IR catastrophe,  
2
5
Thu, 27.02.2025
Statistical Mechanics, Diffusiong Maxwell Boltzmann, Van Der Waals, Critial Points and Vapour pressures
 
6 Thermodynamics system, classification
7
Fri, 28.02.2025
First Law, internal energy
8 Adiabatic processes, 2nd law
3
9
Thu, 06.03.2025
Reversible vs irreversibel systems
1
10 Heat engines
11
Fri, 07.03.2025
Applying 2nd law, Carnot cycle
12 Entropy, Miscroscopic picture Direction of time
4
13
Thu, 13.03.2025
Engines of different types
2
14 Charge, Atoms, Conductors and Insulations
15
Fri, 14.03.2025
Coulomb's Law, Multipoles and Electric Fields, Millikan Experiment
16 Continuous Charge Distributions, Field above Ring and around wire
5
17
Thu, 20.03.2025
Gauss's Law
3
18 Gauss law applied to point charge, sphere, rod etc
19
Fri, 21.03.2025
Electric Potental Energy, Review of potential energy
20 Potential energy of different system
6
21
Thu, 27.03.2025
Charge disitribution in conductors, Farradays Cage
4
22 Capacitance, Type of capacitors, applications
23
Fri, 28.03.2025
Dielectrics, polarization, displacement
24 Capacitors, stored energy, combining them
7
25
Thu, 03.04.2025
Electric Current, drift velocity, resistance, energy loss, power sources
5
26 Kirchoff's Rule with different examples
27
Fri, 04.04.2025
Capacitors in Circuits (RC Circuits)
28 Application: Geiger counters, tubuluar resistors
8
29
Thu, 10.04.2025
Magnetism and Magnetic Materials, Earth Magnetic Field
6
30 Biot-Savart, single moving charge, current
31
Fri, 11.04.2025
Ampere's Law, Magnetic field cyliner, loop, solenoid
32 Permeability, Force between wires
9
33
Thu, 17.04.2025
Motional EMF
7
34 Faraday's Law
35
Fri, 02.05.2025
Leny's Law, Moving conductor in B field, Eddy currents
36 Induction, Generators
10
37
Thu, 08.05.2025
Inductors in Circuits (RL Circuits), energy in magnetic field
8
38 LC/RLC Circuits
39
Fri, 09.05.2025
Magneritzation, Types of Magnetism, Earth Magnetic Field
40 Displacement Current, Maxwell's Law
11
41
Thu, 15.05.2025
Electromagnetic Waves
9
42 Applications of EM Waves, connection to relativity, speed of light
43
Fri, 16.05.2025
Michelson-Morley-Experiment & Relativity; Blackbody part II & Quantum
44 Polarization
12
45
Thu, 22.05.2025
Electromagnetic waves and optics, Huygens Principle, Corpuscular Theory?
10
46 Wave superposition, refraction, reflection, dispersion & prism
47
Fri, 23.05.2025
Scattering, Polarization
48 Interference, Diffraction
13
49
Fri, 30.05.2025
Summary
11
50  
     
     

References & texts

The following texts can be used as reference.  

  • Paul A. Tipler, Gene Mosca: Physics for scientists and engineers.  
  • Wolfgang Demtröder: Experimentalphysik 1 und 2 (goes into more depth)

Further recommended literature

Additional resources to help with mathematics. 

  • MHP: Mathematische Hilfsmittel (PDF, 587 KB) (in german) derivatives, integrals, series expansions, statistics, vector algebra, coordinate transformations, tensors, ... )
  • C.B. Lang und N. Pucker: Mathematische Methoden der Physik, Spektrum Verlag, Heidelberg und Berlin.

Formelsammlung Mittelschulphysik (PDF, 396 KB) is also useful for usage of basic formulas.


Weiterführende Informationen

Other info