Course title
物理学Ⅱ   [PhysicsⅡ]
Course category technology speciality courses  Requirement   Credit 2 
Department   Year 14  Semester 3rd 
Course type 3rd  Course code 021105
Instructor(s)
太田 善浩   [OHTA Yoshihiro]
Facility affiliation Faculty of Engineering Office   Email address

Course description
In Physics II, you learn the nature of waves. The nature of waves is one of the most fundamental things to understand in physics. Only by understanding the nature of waves can the properties of atoms and molecules that become the basis of chemistry and the many used in biotechnology. To understand measurement technology. In this sense, this lecture is positioned as the basis of all chemistry lectures and lectures related to analysis and measurement technology. Class code: 5fngu6e
Expected Learning
1) Understand the basic properties of waves, how waves travel, reflection and refraction, diffraction, superposition principles,
Explain the resolution of microscopes and the principle of X-ray structure analysis.
2) Understand and explain Fourier series and Fourier transform as wave analysis methods.
3) Understand the dual nature of waves and particles, photoelectric effect, Lambert-Beer law, double slit experiment,
Explain why there are electron orbits around the nucleus.
4) Understand electric and magnetic fields and explain electromagnetic induction and electromagnetic waves.
Course schedule
The aim of the 01st lecture, biotechnology and waves, nature of waves and the principle of superposition
The 02nd Wave transmission and reflection, Transparency of biological sample, Fixed end and standing wave, Resonance phenomenon
The 03rd Huygens principle, the direction of the wave, reflection and refraction
The 04th Plane wave, plane wave formula, double slit (Young's experiment), Fraunhofer diffraction
The 05th: Light diffraction and microscope resolution, Fraunhofer diffraction
The 06th: Interim Test, Fourier Series and Euler's Equation
The 07th: Explanation of Interim Test, Fourier Transform and Its Application
The 08th X-ray diffraction and material structure
The 09th Photoelectric effect, duality of particles and waves, photons, Lambert-Beer's law
The 10th standing wave, energy ranking, de Broglie relation, orbit
The 11th Bohr Atomic Model, Jablonsky Diagram
The 12th: Electric and magnetic fields, Ampere's law, Lorentz force
The 13th Electromagnetic induction, electromagnetic waves and polarization
The 14th term final examination Electromagnetic induction around us
Explanation of the 15th final examination Biotechnology and waves (light)
Prerequisites
This lecture deals with basic matters of physics, which is the foundation of natural sciences, along with basics of physics, physics I, and physics III. It has become. It is desirable to take basic physics, calculus and linear algebra.
Required Text(s) and Materials
nothing special.
References
nothing special. If necessary, choose a book that is easy to understand for each person.
Assessment/Grading
Report: 30%, Interim exam: 35%, Final exam: 35%
Message from instructor(s)
The real pleasure of natural science, especially physics, is to explain many natural phenomena starting from a few principles and laws. If you memorize a formula that is guided along the way, a so-called formula, and use it as a starting point, you will not understand why. In this lecture, I will explain without skipping from the beginning, so please enjoy the story (logic development).
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Last update
10/3/2022 4:48:01 PM