Course Contents
1. oscillations and waves:
Mechanical oscillations
Mechanical damped oscillations
Forced oscillations
Coupled pendulums
Harmonic analysis
Waves
Acoustics
2. electricity
Charges, fields, electromagnetism
Electric dipoles, Gauss' theorem
Current and oscillating circuits
Sources of the magnetic field, magnetic induction
Energy of the magnetic field, Maxwell's equations
Literature
Demtröder, Experimentalphysik Band 1 (für Schwingungen und Wellen) und Band 2 (für Elektrizität) Springer Verlag; PDF at TU ULB Webseite
Halliday, Resnik, Physik; Verlag Wiley-VCH (exists in German and English)
Giancoli, Physik; Verlag Pearson
Preconditions
Physik I or appropriate course recommended
1. oscillations and waves:
Mechanical oscillations
Mechanical damped oscillations
Forced oscillations
Coupled pendulums
Harmonic analysis
Waves
Acoustics
2. electricity
Charges, fields, electromagnetism
Electric dipoles, Gauss' theorem
Current and oscillating circuits
Sources of the magnetic field, magnetic induction
Energy of the magnetic field, Maxwell's equations
Literature
Demtröder, Experimentalphysik Band 1 (für Schwingungen und Wellen) und Band 2 (für Elektrizität) Springer Verlag; PDF at TU ULB Webseite
Halliday, Resnik, Physik; Verlag Wiley-VCH (exists in German and English)
Giancoli, Physik; Verlag Pearson
Preconditions
Physik I or appropriate course recommended
- Lecturer: Bernhard Urbaszek
Semester: Verão 2024
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