## 課程進度 Progress Description

11. Mathematics (i)Calculus (a) Derivatives (b) Integral (c) Exponential function (ii) Vector (a) Dot product (b) Cross product
22. Applications of Newton’s laws (i) The dynamics of uniform circular motion (ii) Limitations of Newton’s law
33. Systems of particles (i) Two-particle systems (ii) Many-particles systems (iii) Center of mass (iv) Conservation of momentum (v) Systems of variable mass
44. Rotational kinematics (i) Rotational motion (ii) The rotational variables (iii) Rotational quantities (iv) Relationships between linear and angular variables
55. Rotational dynamics (i) Torque (ii) Rotational inertia (iii) Combined rotational and translational motion
66. Angular momentum (i) Angular momentum of a particle (ii) Angular momentum and angular velocity (iii) Conservation of angular momentum (iv) The spinning top
77. Work and kinetic energy (i) Work and energy (ii) Power (iii) Work done by a constant and variable force (iv) Kinetic energy and the work-energy theorem (v) Work and kinetic energy in rotational motion
88. Potential energy (i) Conservation forces (ii) Potential energy (iii)Conservation of mechanical energy (iv)Energy conservation in rotational motion
99. Conservation of energy (i) Work don on a system by external forces (ii) Conservation of energy (iii) Center of mass energy (iv) Reactions and decays
1010. Gravitation (i) Newton’s law of universal gravitation (ii) The two shell theorem (iii) The motion of planets and satellites
1111. Fluid (i) Pressure and density (ii) Variation of pressure in a fluid at rest (iii) Pascal’s principle and Archimedes’ principle (iv) Fluid flow (v) Equation of continuity (vi) Bernoulli’s equation (vii) Fields of flow
1212. Oscillations (i) The simple harmonic motion (SHM) (ii) Energy in SHM (iii) SHM and uniform circular motion (iv) Damped harmonic motion (v) Two-body oscillations
1313. Sound waves (i) Properties of sound waves (ii) Traveling sound waves (iii) Power and intensity (iv) Standing wave (v) Vibrating system (vi) The Doppler effect
1414. The special relativity (i) Troubles with classical physics (ii) The postulates (iii) The Lorentz transformation (iv) Measuring the space-time coordinates (v) Consequences of the Lorentz transformation (vi) Relativistic momentum and energy
1515. Temperature (i) Temperature and thermal equilibrium (ii) The ideal gas
1616. Molecular properties of gases (i) The atomic nature (ii) The mean free path (iii) The distribution of molecular speeds and energies (iv) Equation of state
1717. The first law of thermodynamics (i) Heat (ii) The first law of thermodynamics (iii) Heat capacity and specific heat (iv) Work done by an ideal gas (v) The internal energy (vi) Applications of first law
1818. Entropy and the second law of thermodynamics (i) One-way process (ii) Defining entropy change (iii) Irreversible processes (iv) The second law of thermodynamics (v) Entropy and performance of engine (vi) A statistical view of entropy
以上每週進度教師可依上課情況做適度調整。The schedule may be subject to change.

## 有關課程其他調查 Other Surveys of Courses

1.本課程是否規劃業界教師參與教學或演講? 否
Is there any industry specialist invited in this course? How many times? No
2.本課程是否規劃含校外實習(並非參訪)? 否
Are there any internships involved in the course? How many hours? No