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課程名稱 (中文) 普通物理
(英文) General Physics
開課單位 機械工程學系
課程代碼 G1110A
授課教師 黃提銘
學分數 3.0 必/選修 必修 開課年級 大一
先修科目或先備能力:高中物理
課程概述與目標:1.介紹牛頓力學,包含觀念,原理與應用
2.導入能量,動量觀念,介紹守恆律
3.介紹轉動力學,討論非質點的剛體的運動情形
4.振盪與波動
5.介紹熱力學,了解理想氣體的性質與熱力學循環的特性
教科書 作者 R. A. Serway & J. W. Jewett, Jr. Shang-Fang Tsai, Jenh-Yih Juang and Tzong-Jer Yang
書名 Principle of Physics : A Calculus Approach
蔡尚芳 譯
參考教材 H. Benson : University Physics
圖書館電子書 History and evolution of concepts in physics
by Harry Varvoglis
課程大綱 學生學習目標 單元學習活動 學習成效評量 備註
單元主題 內容綱要
1 Physics and Measurement 1. What is Physics?
2. Standards of Length, Mass, and Time
3. Order-of-Magnitude
4. Significant Figures
1. What is Physics?
2. Standards of Length, Mass, and Time
3. Order-of-Magnitude
4. Significant Figures
 
2 Motion in One Dimension 1. Position, displacement and velocity
2. Instantaneous velocity
3. Acceleration
4. Freely falling objects
1. Position, displacement and velocity
2. Instantaneous velocity
3. Acceleration
4. Freely falling objects
 
3 Motion in Two Dimension 1. Two dimensional motion
2. Projectile motion
2. Uniform circular motion
3. Relative velocity
1. Two dimensional motion
2. Projectile motion
2. Uniform circular motion
3. Relative velocity
 
4 The Laws of Motion 1. Newton's second law
2. Newton's third law
3. Applications of Newton's laws
4. Friction
5. Centripetal forces
1. Newton's second law
2. Newton's third law
3. Applications of Newton's laws
4. Friction
5. Centripetal forces
 
5 The Laws of Motion 1. Newton's second law
2. Newton's third law
3. Applications of Newton's laws
4. Friction
5. Centripetal forces
1. Newton's second law
2. Newton's third law
3. Applications of Newton's laws
4. Friction
5. Centripetal forces
  • 測驗
  •  
    6 Energy of A System 1. Work
    2. Energy
    3. Power
    1. Work
    2. Energy
    3. Power
  • 平時考
  •  
    7 Conservation of Energy 1. Potential energy
    2. Conservative force
    3. Conservation of mechanical energy
    1. Potential energy
    2. Conservative force
    3. Conservation of mechanical energy
     
    8 Conservation of Energy 1. Potential energy
    2. Conservative force
    3. Conservation of mechanical energy
    1. Potential energy
    2. Conservative force
    3. Conservation of mechanical energy
     
    9 Linear Momentum and Collisions 1. Conservation of linear momentum
    2. Collisions
    3. Rocket propulsion
    1. Conservation of linear momentum
    2. Collisions
    3. Rocket propulsion
  • 期中考
  •  
    10 Linear Momentum and Collisions 1. Conservation of linear momentum
    2. Collisions
    3. Rocket propulsion
    1. Conservation of linear momentum
    2. Collisions
    3. Rocket propulsion
     
    11 Rotation of a Rigid Body 1. Rotational kinematics
    2. Moments of inertia of continuous bodies
    3. Torque
    4. Rotational dynamics
    1. Rotational kinematics
    2. Moments of inertia of continuous bodies
    3. Torque
    4. Rotational dynamics
     
    12 Rotation of a Rigid Body 1. Rotational kinematics
    2. Moments of inertia of continuous bodies
    3. Torque
    4. Rotational dynamics
    1. Rotational kinematics
    2. Moments of inertia of continuous bodies
    3. Torque
    4. Rotational dynamics
     
    13 Angular Momentum 1. Angular momentum
    2. Conservation of angular momentum
    3.Conditions for static equilibrium
    1. Angular momentum
    2. Conservation of angular momentum
    3.Conditions for static equilibrium
  • 平時考
  •  
    14 Oscillation 1. Simple Harmonic Motion
    2. Pendulum
    3. Damped Oscillations
    1. Simple Harmonic Motion
    2. Pendulum
    3. Damped Oscillations
     
    15 Temperature, thermal expansion, and the ideal gas law 1. Temperature
    2. Zeroth law of thermodynamics
    3. The ideal gas law
    1. Temperature
    2. Zeroth law of thermodynamics
    3. The ideal gas law
     
    16 First law of thermodynamics 1. Specific heat
    2. Work in thermodynamics
    3. First law of thermodynamics
    1. Specific heat
    2. Work in thermodynamics
    3. First law of thermodynamics
     
    17 Kinetic theory 1. The model of ideal gas
    2. Kinetic interpretation of pressure and temperature
    3. Equipartition of energy
    1. The model of ideal gas
    2. Kinetic interpretation of pressure and temperature
    3. Equipartition of energy
  • 作業
  •  
    18 Entropy and the second law of thermodynamics 1. Heat engines
    2. Reversible and irreversible processes
    3. Entropy and the second law
    1. Heat engines
    2. Reversible and irreversible processes
    3. Entropy and the second law
  • 期末考
  • 學期總成績
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    評量方法: 期末考:30%   期中考:30%   其他評量:2%   平時考:36%   作業:2%  
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