Physics Phenomena

The students are able to

• describe the general scientific way of thinking and working and apply it to simple physical problems
• plan, conduct, and evaluate a physics experiment (from the field of wave phenomena)
• identify, quantify, and interpret the phenomenon of waves as a universal phenomenon occurring in various technical contexts
• name several important technical applications of waves and interpret and quantify the phenomena involved

Wave phenomena occur in many different areas of physics and engineering. Even with simple model concepts, all these various manifestations can be described and interpreted in a unified way. As a complement to theoretical instruction, integrated laboratory sessions provide an experimental approach to the phenomenon of waves.

• Oscillations (superposition, resonance)
• Mechanical waves (interference, standing waves)
• Sound waves (Doppler effect)
• Electromagnetic waves (modulation, information transmission)
• Light waves (diffraction, interference)
• Geometrical optics
• Independent execution of laboratory experiments

• Mechanik (mechW)
• Mathematik Grundlagen
• Elektrotechnik(eltW)