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Electrodynamics - Single View

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Basic Information
Type of Course Lecture Long text
Number 4912 Short text
Term SoSe 2023 Hours per week in term 4
Expected no. of participants Max. participants
Frequency Every Term Study Year
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Language German
application period Hauptbelegungszeitraum 27.02.2023 - 24.03.2023

enrollment
Dates/Times/Location Group: [no name] iCalendar export for Outlook
  Day Time Frequency Duration Room Room-
plan
Lecturer Status Remarks Cancelled on Max. participants
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Tues. 14:15 to 15:45 woch Gebäude N - N029        
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Thurs. 14:15 to 15:45 woch Gebäude N - N029        
Group [no name]:
There exists no allocation-period.
 


Responsible Instructors
Responsible Instructors Responsibilities
Doderer, Thomas, Professor responsible
Sieber, Moritz attendant
Required subject (SPO)
Graduation Curricula Term Kategorie ECTS
Bachelor Electrical Engineering & Information Technology 2 - 2 mandatory subject 5
Bachelor E-Mobility and Green Energy 2 - 2 mandatory subject 5
Assign to Departments
E-Mobility and Green Energy
Contents
Comment

• Electrostatics, point charges, Coulomb's force, electric field • Continuous charge distributions, Gauss's Law, electric fields of symmetrical charge distributions • Work done on electric charges in electrical fields, potential energy, electrostatic potential, dielectrica, electrical field energy • Current, Ohm's Law • Magnetic field, Lorentz's force • Biot-Savart-Law, Ampère's Law • Faraday's Law, electrical generatoren und motor, Maxwell's equations, • Electromagnetic waves

Literature Tipler, Mosca: Physics for Scientists and Engineers
Halliday, Resnick, Walker: Physics
Remarks Understand, how to describe electrical fields and magnetic fields as well as electromagnetic waves
Access requirements ---
Exams accredited

graded: written examination 90 minutes

Examination aids: calculator, mathematical formulary, 4 pages of DIN A4 self-written formulary


Structure Tree
Lecture not found in this Term. Lecture is in Term SoSe 2023 , Currentterm: Summer 2024