試聽影片
2021-自學課程-普通物理一
本課程設計將以10個問題帶出物理原理相關知識,引發學習者動機,內容將銜接高中物理,闡述物理各學門的核心概念,使學生具備堅實的物理基礎,以作為進一步學習高深物理的準備,為將來的科學研究紮下基礎。
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本課程設計將以10個問題帶出物理原理相關知識,引發學習者動機,內容將銜接高中物理,闡述物理各學門的核心概念,使學生具備堅實的物理基礎,以作為進一步學習高深物理的準備,為將來的科學研究紮下基礎。
本課程為線上自主學習課程(搭配影片、練習題、測驗等),修讀者可申請人工智慧 (AI) 學習履歷,作為多元選修、自主學習課程之佐證。
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* 以下章節為預覽,請點報名後點選開始上課,進入課程 -
Week1: Course Introduction、 Q1-What is time?
- 第1A講 Course Introduction
- 第2A講 What is time?
- 第2B講 What is time?
- 練習1
- L02:what_is_time-講義
- 第3A講 Lorentz Transformation
- 第3B講 Lorentz Transformation
- 練習2
- L03:Lorentz_transformation-講義
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Week2:Q2-How to describe a dynamical system?
- 第4A講 How to describe a dynamical system?
- 第4B講 How to describe a dynamical system?
- L04:evolutionary-dynamics-講義
- 第5A講 Newton's Second Law
- 第5B講 Newton's Second Law
- 練習1
- L05:Newton_second_law-講義
- 第6A講 Simple Harmonic Motion
- 第6B講 Simple Harmonic Motion
- 練習2
- L06:simple_harmonic_motion-講義
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Week3:Q3-Do forces appear in pair?
- 第7A講 Do forces appear in pairs?
- 第7B講 Do forces appear in pairs?
- 練習1
- L07:HH0086-do_forces_always_appear_in_pairs-講義
- 第8A講 Center of Mass
- 第8B講 Center of Mass
- 練習2
- L08:HH0087-center_of_mass-講義
- 第9A講 期中考講解(一)
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Week4:Q4-Is energy always conserved
- 第10A講 Is energy always conserved?
- 第10B講 Is A37energy always conserved?
- 練習1
- L10:HH0089-is_energy_always_conserved-講義
- 第11A講 Conservative Force and Potential Energy
- 第11B講 Conservative Force and Potential Energy
- 練習2
- L11:HH0090-conservative_force_and_potential_energy-講義
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Week5:Q5-How does a rotating top maintain its balance?
- 第12A講 Energy, Energy, Energy
- 第12B講 Energy, Energy, Energy
- 練習1
- L12:HH0091-energy_energy_energy-講義
- 第13A講 How does a rotating top maintain its balance?
- 第13B講 How does a rotating top maintain its balance?
- 練習2
- L13:HH0092-how_does_a_rotating_top_maintain_its_balance-講義
- 第14A講 Moment of Inertia
- 第14B講 Moment of Inertia
- 練習3
- L14:HH0093-moment_of_inertia-講義
- 第15A講 Coriolis Effect
- 第15B講 Coriolis Effect
- 練習4
- L15:HH0094-Coriolis_effect
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Week6:Q6-Are black holes black?
- 第16A講 Are black holes black?
- 第16B講 Are black holes black?
- 練習
- L16:HH0095-are_black_holes_black-講義
- 第17A講 Gravity and Spacetime Curvature
- 第17B講 Gravity and Spacetime Curvature
- L17:HH0096-gravity_and_spacetime_curvature-講義
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Week7:Q7-Is pressure in liquids a scalar, a vector or a tensor?
- 第18A講 Is pressure in liquids a scalar, a vector or a tensor?
- 第18B講 Is pressure in liquids a scalar, a vector or a tensor?
- 練習1
- L18:HH0097-is_pressure_in_liquids_a_scalar_a_vector_or_a_tensor-講義
- 第19A講 Hagen-Poiseuille Equation
- 第19B講 Hagen-Poiseuille Equation
- 練習2
- L19:HH0098-Hagen_Poiseuille_equation-講義
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Week8:Q8-What is propagating in traveling waves?
- 第20A講 期中考講解(二)
- L20:midterm2-講義
- 第21A講 What is propagating in traveling waves?
- 第21B講 What is propagating in traveling waves?
- 練習1
- L21:HH0099-what_is_propagating_in_traveling_waves-講義
- 第22A講 Wave Equation I
- 第22B講 Wave Equation I
- 練習2
- L22:HH0100-wave_equation-講義
- 第23A講 Wave Equation II
- 第23B講 Wave Equation II
- 練習3
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Week9:Q9-How is thermal equilibrium reached?
- 第24A講 Sound Waves
- 第24B講 Sound Waves
- 練習
- L24:HH0101-sound_waves-講義
- 第25A講 How is thermal equilibrium reached?
- 第25B講 How is thermal equilibrium reached?
- L25:HH0102-Boltzmann_distribution_for_money-講義
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Week10:Q10-How to quantify uncertainty in a statistical system?
- 第26A講 Heat and the First Law of Thermodynamics I
- 第26B講 Heat and the First Law of Thermodynamics I
- 練習1
- L26:HH0103-heat_and_the_first_law_of thermodynamics-講義
- 第27A講 Heat and the First Law of Thermodynamics II
- 第27B講 Heat and the First Law of Thermodynamics II
- 練習2
- 第28A講 How to quantify uncertainty in a statistical system?
- 第28B講 How to quantify uncertainty in a statistical system?
- 練習3
- L28:HH0104-how_to_quantify_uncertainty_in_a_statistical_ststem-講義
- 第29A講 Entropy and the Second Law of Thermodynamics I
- 第29B講 Entropy and the Second Law of Thermodynamics I
- 練習4
- L29:HH0105-entropy_and_the_second_law_of_thermodynamics-講義
- 第30A講 Entropy and the Second Law of Thermodynamics II
- 第30B講 Entropy and the Second Law of Thermodynamics II
- 練習5
- L30:HH0106-thermal_and_information_entropies-講義
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Week1: Course Introduction、 Q1-What is time?
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林秀豪
國立清華大學物理學系 教授
學經歷
美國加州大學聖塔芭芭拉分校物理博士
研究專長
Condensed matter theory with recent interests in the following topics
(1) Spintronics at nanoscale,
(2) Low-dimensional correlated systems,
(3) Statistical physics
榮譽獎項
傑出教學獎
個人教學網站
http://hsiuhau.wikispaces.com/ -
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