Goals and objectives  Course Outcomes  

1.  Students will be able to describe and analyze the principles of physics through the motion of a particle 
A1

2.  Students will be able to Solve reallife physics problems by applying the mathematical methods 
A1

3.  Students will be able to analyze Newton's law of motion 
A1

Midterm Exam etc.  Final Exam  Total.  

1.  10%  20%  30% 
2.  20%  20%  40% 
3.  10%  20%  30% 
Total.  40%  60%   
Class schedule  HW assignments (Including preparation and review of the class.)  Amount of Time Required  

1.  Motion in One Dimension  Position, Velocity, and Speed of the a Particle  Instantaneous Velocity and Speed  Acceleration  Motion Diagrams  Free Falling Objects 
Review the lecture  100分 
Class preparation and exercises  100分  
2.  Motion in One Dimension  Position, Velocity, and Speed of the a Particle  Instantaneous Velocity and Speed  Acceleration  Motion Diagrams  Free Falling Objects 
Review the lecture  100分 
Class preparation and exercises  100分  
3.  Vectors  Coordinate Systems  Vector and Scalar Quantities  Basic Vector Arithmetic  Components of a Vector and Unit Vectors 
Review the lecture  100分 
Class preparation and exercises  100分  
4.  Vectors  Coordinate Systems  Vector and Scalar Quantities  Basic Vector Arithmetic  Components of a Vector and Unit Vectors 
Review the lecture  100分 
Class preparation and exercises  100分  
5.  Motion in Two Dimensions  The Position, Velocity, and Acceleration Vectors  TwoDimensional Motion with Constant Acceleration  Projectile Motion  Analysis Model: Particle in Circular Motion  Tangential and Radial Acceleration  Relative Velocity and Relative Acceleration 
Review the lecture  100分 
Class preparation and exercises  100分  
6.  Motion in Two Dimensions  The Position, Velocity, and Acceleration Vectors  TwoDimensional Motion with Constant Acceleration  Projectile Motion  Analysis Model: Particle in Circular Motion  Tangential and Radial Acceleration  Relative Velocity and Relative Acceleration 
Review the lecture  100分 
Class preparation and exercises  100分  
7.  Midterm examination and discussions on the solutions afterwards  Preparation for midterm exam  100分 
8.  The Laws of Motion  The Concept of Force  Newton's First Law and Inertial Frames  Mass  Newton's Second Law  The Gravitational Force and Weight  Newton's Third Law  Forces of Friction 
Review the lecture  100分 
Class preparation and exercises  100分  
9.  The Laws of Motion  The Concept of Force  Newton's First Law and Inertial Frames  Mass  Newton's Second Law  The Gravitational Force and Weight  Newton's Third Law  Forces of Friction 
Review the lecture  100分 
Class preparation and exercises  100分  
10.  The Laws of Motion  The Concept of Force  Newton's First Law and Inertial Frames  Mass  Newton's Second Law  The Gravitational Force and Weight  Newton's Third Law  Forces of Friction 
Review the lecture  100分 
Class preparation and exercises  100分  
11.  Circular Motion and Other Applications of Newton's Laws  Extending the Particle in Uniform Circular Motion Model  Nonuniform Circular Motion  Motion in Accelerated Frames  Motion in the Presence of Resistive Forces 
Review the lecture  100分 
Class preparation and exercises  100分  
12.  Energy of a System  Systems and Environments  Work Done by a Constant Force  The Scalar Product of Two Vectors  Work Done by a Varying Force  Kinetic Energy and the WorkKinetic Energy Theorem  Potential Energy of a System  Conservative and Nonconservative Forces  Relationship Between Conservative Forces and Potential Energy  Energy Diagrams and Equilibrium of a System 
Review the lecture  100分 
Class preparation and exercises  100分  
13.  Energy of a System  Systems and Environments  Work Done by a Constant Force  The Scalar Product of Two Vectors  Work Done by a Varying Force  Kinetic Energy and the WorkKinetic Energy Theorem  Potential Energy of a System  Conservative and Nonconservative Forces  Relationship Between Conservative Forces and Potential Energy  Energy Diagrams and Equilibrium of a System 
Review the lecture  100分 
Class preparation and exercises  100分  
14.  Final examination and discussions on the solutions afterwards  Preparation for final exam  150分 
Total.      2650分 
A:Fundamental Mechanical Engineering  B:Advanced Mechanical Engineering  C:Environment and Materials Engineering  D:Chemistry and Biotechnology  E:Electrical Engineering and Robotics  G:Advanced Electronic Engineering  F:Information and Communications Engineering  L:Computer Science and Engineering  H:Urban Infrastructure and Environment 

ways of feedback  specific contents about "Other" 

The Others  The discussion will be conducted after the test and assignment submission in order to improve student understanding. 
Work experience  Work experience and relevance to the course content if applicable 

N/A  N/A 