Physics II - 108 Academic Year
本課程是由 國立陽明交通大學電子物理系提供。
一門嚴謹完整的大一普通物理課程，除呈現物理現象外，更重要教導物理現象背後可使用的數學模型，課程中強調微分、積分、微分方程及向量微積分等數學技巧，用這些數學技巧來探索物理世界。是一門針對高中畢業生走向科學、工程專業研究領域的引導課程。
Reference Books：PHYSICS for Scientists and Engineers with Modern Physics，第九版(9th edition) by John W. Jewett, Jr. and Raymond A. Serway
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| Instructor(s) | Department of Electrophysics Prof. Wen-Bin Jian |
|---|---|
| Course Credits | 4 Credits |
| Academic Year | 107 Academic Year |
| Level | Graduate Student, College Students |
| Prior Knowledge | High School Math, High School Physics |
| Related Resources | Course Video Course Syllabus |
| Week | Course Content | Course Video | Course Download |
|---|---|---|---|
| 22.1 History 22.2 Energy Band Diagram Introduced 22.3 Repulsive Forces between Charges of Same-Polarity 22.4 Unit of Charges 22.5 Charge Conservation 22.6 Coulomb's Law | Watch Online | MP4 Download | |
| 22.7 The Law of Inverse Square of Distance 22.8 From Electric Force to Electric Field 22.9 Direction and Magnitude of Electric Field 22.10 Electric Field Lines 22.11 Examples | Watch Online | MP4 Download | |
| 22.11 Examples | Watch Online | MP4 Download | |
| 22.11 Examples | Watch Online | MP4 Download | |
| 22.11 Examples | Watch Online | MP4 Download | |
| 23.1 History 23.2 Electric Flux 23.3 Net Electric Flux 23.4 Net Electric Flux of a Point Charge 23.5 Gauss's Law | Watch Online | MP4 Download | |
| 23.6 Calculate Electric Field Using Gauss's Law 23.7 Electric Field & Electric Potential 23.8 Conductor 23.9 Examples | Watch Online | MP4 Download | |
| 23.9 Examples | Watch Online | MP4 Download | |
| 24.1 History 24.2 Electric Potential 24.3 Uniform Electric Field 24.4 Potential of Discrete Charges 24.5 Derive the Electric Field 24.6 The Gradient Operation | Watch Online | MP4 Download | |
| 24.6 The Gradient Operation 24.7 The Ratio of Charge to Mass of Electron 24.8 Measurement of the Charge of an Electron 24.9 Example | Watch Online | MP4 Download | |
| 24.9 Example | Watch Online | MP4 Download | |
| 24.9 Example | Watch Online | MP4 Download | |
| 25.1 History 25.2 Capacitance 25.3 Calculation of Capacitance 25.4 Equivalent Capacitance | Watch Online | MP4 Download | |
| 25.4 Equivalent Capacitance 25.5 Stored Energy 25.6 The Role of Dielectrics | Watch Online | MP4 Download | |
| 25.7 Electric Dipole 25.8 Examples | Watch Online | MP4 Download | |
| 25.8 Examples | Watch Online | MP4 Download | |
| 26.1 History 26.2 Current 26.3 Resistance 26.4 Power | Watch Online | MP4 Download | |
| 26.3 Resistance 26.5 Superconductor 26.6 Examples | Watch Online | MP4 Download | |
| 26.6 Examples | Watch Online | MP4 Download | |
| 27.1 DC Circuits 27.2 Series and Parallel Resistors, 27.3 Kirchhoff's Law 27.4 RC Circuits | Watch Online | MP4 Download | |
| 27.4 RC Circuits 27.5 Electrical Meters 27.6 Examples | Watch Online | MP4 Download | |
| 27.6 Examples | Watch Online | MP4 Download | |
| 28.1 History 28.2 Lorenz Force Law | Watch Online | MP4 Download | |
| 28.3 Cycloid Motion 28.4 Application of Lorentz Force 28.5 Lorentz Force on Current-Carrying Wires | Watch Online | MP4 Download | |
| 28.6 Torque on a Current Loop 28.7 Hall Effect 28.8 Examples | Watch Online | MP4 Download | |
| 28.8 Examples | Watch Online | MP4 Download | |
| 29.1 History 29.2 Magnetic Fields | Watch Online | MP4 Download | |
| 29.3 Ampere's Law 29.4 Gauss's Law for Magnetic Fields 29.5 Magnetic Force 29.6 Solenoid | Watch Online | MP4 Download | |
| 29.6 Solenoid 29.7 Magnetism in Atoms 29.6 Examples | Watch Online | MP4 Download | |
| 29.8 Examples | Watch Online | MP4 Download | |
| 30.1 Electric and magnetic fields 30.2 Faraday's law 30.3 Induction potential | Watch Online | MP4 Download | |
| 30.4 The Lenz's Law 30.5 Induced Electric Fields 30.6 Generators & Motors 30.7 Eddy Currents | Watch Online | MP4 Download | |
| 30.8 Examples | Watch Online | MP4 Download | |
| 30.8 Examples | Watch Online | MP4 Download | |
| 31.1 Inductance 31.2 The RL Circuit 31.3 Energy of Magnetic Field | Watch Online | MP4 Download | |
| 31.4 Mutual Inductance 31.5 Oscillations in an LC Circuit | Watch Online | MP4 Download | |
| 31.5 Oscillations in an LC Circuit 31.6 The RLC Circuit 31.7 Examples | Watch Online | MP4 Download | |
| 31.7 Examples | Watch Online | MP4 Download | |
| 32.1 AC Sources 32.2 The Average of AC Voltage Sources 32.3 Resistors in AC Circuits 32.4 The Inductors in AC Circuits | Watch Online | MP4 Download | |
| 32.5 The Phasor Concept of the Resistor in AC Circuits 32.6 Series RLC Circuit 32.7 Power Delivered by Voltage Source | Watch Online | MP4 Download | |
| 32.8 Power Dissipated on Resistor 32.9 Resonance in the RLC Circuit 32.10 Transformer 32.11 Examples | Watch Online | MP4 Download | |
| 32.11 Examples | Watch Online | MP4 Download | |
| 33.1 History 33.2 Maxwell's Correction to Ampere's Law 33.3 Electromagnetic Waves 33.4 Hertz Experiments 33.5 Plane Waves | Watch Online | MP4 Download | |
| 33.6 Electromagnetic Waves in Vacuum 33.7 Wave Equations | Watch Online | MP4 Download | |
| 33.8 Light Intensity and Energy Density of EM Waves 33.9 Momentum and Radiation Pressure 33.10 Mirror Reflection & Laser Tweezer 33.11 Generating EM Waves | Watch Online | MP4 Download | |
| 33.12 The Spectrum of EM Waves 33.13 Examples | Watch Online | MP4 Download | |
| 33.13 Examples | Watch Online | MP4 Download | |
| 34.1 Properties of Light | Watch Online | MP4 Download | |
| 34.1 Properties of Light 34.2 Light Waves Propagation | Watch Online | MP4 Download | |
| 34.3 Total Internal Reflection 34.4 Examples | Watch Online | MP4 Download | |
| 36.1 Conditions of Interference 36.2 Superposition and Interference 36.3 Phase Difference from Time Delay or Path Difference 36.4 Concepts of Double-Slit Interference 36.5 Double-Slit Interference | Watch Online | MP4 Download | |
| 36.5 Double-Slit Interference 36.6 Phasor 36.7 Change of Phase Due to Reflection 36.8 Interference in the Films 36.9 The Michelson Interferometer | Watch Online | MP4 Download | |
| 36.10 Examples | Watch Online | MP4 Download | |
| 37.1 Single Slit Diffraction | Watch Online | MP4 Download | |
| 37.2 Real Two Slit Diffraction Pattern 37.3 Resolution of Single Slit 37.4 The Grating | Watch Online | MP4 Download | |
| 37.5 X-Ray Diffraction 37.6 Powder X-Ray Diffraction | Watch Online | MP4 Download | |
| 37.7 Penetrating electron microscope 37.8 Polarizer and oscillation by selected absorption/ reflection of light waves 37.9 Polarization by reflection-Bruce condition 37.10 Example | Watch Online | MP4 Download | |
| 37.10 Examples | Watch Online | MP4 Download | |
| 38.1 Galilean Relativity, Ether Wind 38.2 Existence of Ether or Not 38.3 Principles of Relativity | Watch Online | MP4 Download | |
| 38.4 Simultaneity 38.5 Consequences of Special Relativity | Watch Online | MP4 Download | |
| 38.6 Consequences of Special Relativity 38.7 Space-Time Graphs 38.8 Lorentz Transformation Equation | Watch Online | MP4 Download | |
| 38.9 Velocity Transformation 38.10 Momentum & Energy 38.11 Mass & Energy | Watch Online | MP4 Download | |
| 38.10 Momentum & Energy 38.12 General Theory of Relativity 38.13 Examples | Watch Online | MP4 Download | |
| 38.13 Examples | Watch Online | MP4 Download | |
| 39.1 Black Body Radiation 39.2 Basic Concept -Quantum | Watch Online | MP4 Download | |
| 39.2 Basic Concept-Quantum 39.3 Basic Concept-Momentum Space 39.4 The Peak of The Distribution 39.5 Stephan's Law | Watch Online | MP4 Download | |
| 39.6 Energy Quantization of Light –Photon 39.7 Light As a Particle | Watch Online | MP4 Download | |
| 39.8 Wave-Particle Dual Natures | Watch Online | MP4 Download | |
| 39.9 Phase and Group Velocities 39.10 Group Velocity Calculations 39.11 Electromagnetic and Particle Velocities 39.12 Electromagnetic and Matter Waves | Watch Online | MP4 Download | |
| 39.13 The Uncertainty Principle 39.14 Fourier Transform 39.15 The Optimum Uncertainty Value 39.16 Other Uncertainty Equations | Watch Online | MP4 Download | |
| 39.17 Examples | Watch Online | MP4 Download |
課程目標
本課程的教學目標如下：物理上學期課程包括數學能力、運動學、牛頓力學、圓周運動、能量與動量守恆、轉動動量、靜力平衡、重力、流體力學、振動、波動、聲波、熱力學。
(1) 介紹基本的物理領域範圍的知識
(2) 使用物理圖像來解釋物理機制
(3) 強調微積分、向量微積分等數學技巧在物理領域的應用
(4) 融合物理知識在生活層面的應用
(5) 在此基礎課程中引入半導體物理、奈米科學與量子物理的概念
課程章節
| 章節 | 章節內容 |
| 第二十二章電荷、庫倫定律與電場Electric Fields | History Energy Band Diagram Introduced Repulsive Forces between Charges of Same-Polarity Unit of Charges Charge Conservation Coulomb's Law The Law of Inverse Square of Distance From Electric Force to Electric Field Direction and Magnitude of Electric Field Electric Field Lines |
| 第二十三章電場的高斯定律Gauss’s Law | History Electric Flux Net Electric Flux Net Electric Flux of a Point Charge Gauss's Law Calculate Electric Field Using Gauss's Law Electric Field & Electric Potential Conductor |
| 第二十四章電位Electric Potential | History Electric Potential Uniform Electric Field Potential of Discrete Charges Derive the Electric Field The Gradient Operation The Ratio of Charge to Mass of Electron Measurement of the Charge of an Electron |
| 第二十五章電容與介電材料Capacitance & Dielectrics | History Capacitance Calculation of Capacitance Equivalent Capacitance Relative Velocity Stored Energy The Role of Dielectrics Electric Dipole |
| 第二十六章電流與電阻 Current & Resistance | History Current Resistance Power Superconductor |
| 第二十七章直流電路Direct-Current Circuits | Element of DC Circuit Battery Resistors in Series or in Parallel Connection Kirchhoff's Rules RC Circuits Electrical Meters |
| 第二十八章磁力Magnetic Force –Lorentz Force Law | History Lorenz Force Law Cycloid Motion Application of Lorentz Force Lorentz Force on Current-Carrying Wires Torque on a Current Loop Hall Effect |
| 第二十九章電流與磁場關係Electric Currents and Magnetic Fields | History Magnetic Fields Ampere's Law Gauss's Law for Magnetic Fields Magnetic Force Solenoid Magnetism in Atoms |
| 第三十章Faraday定律Faraday’s Law | Summary of Electric and Magnetic Fields Faraday's Law of Induction Motional emf The Lenz's Law Induced Electric Fields Generators & Motors Eddy Currents |
| 第三十一章電感Inductance | Inductance The RL Circuit Energy of Magnetic Field Mutual Inductance Oscillations in an LC Circuit The RLC Circuit |
| 第三十二章交流電路Alternative-Current Circuits | AC Sources The Average of AC Voltage Sources Resistors in AC Circuits The Inductors in AC Circuits The Phasor Concept of the Resistor in AC Circuits Series RLC Circuit Power Delivered by Voltage Source Power Dissipated on Resistor Resonance in the RLC Circuit Transformer |
| 第三十三章電磁波Electromagnetic Waves | History Maxwell's Correction to Ampere's Law Electromagnetic Waves Hertz Experiments Plane Waves Electromagnetic Waves in Vacuum Wave Equations Light Intensity and Energy Density of EM Waves Momentum and Radiation Pressure Mirror Reflection & Laser Tweezer Generating EM Waves The Spectrum of EM Waves |
| 第三十四章光的性質Nature of Light | Properties of Light Light Waves Propagation Total Internal Reflection |
| 第三十六章光干涉Interference of Light Waves | Conditions of Interference Superposition and Interference Phase Difference from Time Delay or Path Difference Concepts of Double-Slit Interference Double-Slit Interference Phasor Change of Phase Due to Reflection Interference in the Films The Michelson Interferometer |
| 第三十七章光繞射Diffraction | Single Slit Diffraction Real Two Slit Diffraction Pattern Resolution of Single Slit The Grating X-Ray Diffraction Powder X-Ray Diffraction Transmission Electron Microscope Polarizer and Polarization of Light Waves by Selective Absorption/Ref Polarization by Reflection-Brewster's Condition |
| 第三十八章相對論Relativity | Galilean Relativity, Ether Wind Existence of Ether or Not Principles of Relativity Simultaneity Consequences of Special Relativity Space-Time Graphs Lorentz Transformation Equation Velocity Transformation Momentum & Energy Mass & Energy General Theory of Relativity |
| 第三十九章量子物理Quantum Physics | Black Body Radiation Basic Concept-Quantum Basic Concept-Momentum Space The Peak of The Distribution Stephan's Law Energy Quantization of Light –Photon Light As a Particle Wave-Particle Dual Natures Phase Velocity & Group Velocity Derive The Group Velocity Velocity of Particles & EM Waves EM Wave & deBroglie's Wave |
參考課程書目
PHYSICS for Scientists and Engineers with Modern Physics，第九版(9th edition) by John W. Jewett, Jr. and Raymond A. Serway
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