目录

  • 1 机械工程专业介绍
    • 1.1 The Mechanical Engineering Profession
    • 1.2 Self-Study and Review
    • 1.3 Problems
  • 2 解决问题能力的训练
    • 2.1 Problem-Solving Skills
    • 2.2 Self-Study and Review
    • 2.3 Problems
  • 3 机械零件与机床
    • 3.1 Machine Component and Tools
    • 3.2 Self-Study and Review
    • 3.3 Problems
  • 4 结构与流体力学
    • 4.1 Forces in Structures and Fluids
    • 4.2 Self-Study and Review
    • 4.3 Problems
  • 5 材料和应力
    • 5.1 Materials and Stresses
    • 5.2 Self-Study and Review
    • 5.3 Problems
  • 6 热和能量系统
    • 6.1 Thermal and Energy Systems
    • 6.2 Self-Study and Review
    • 6.3 Problems
  • 7 机械的运动
    • 7.1 Motion of Machinery
    • 7.2 Self-Study and Review
    • 7.3 Problems
  • 8 机械设计
    • 8.1 Mechanical Design
    • 8.2 Self-Study and Review
    • 8.3 Problems
Self-Study and Review

Base Units in the SI and Certain Derived Units in the SI

 After completer chapitre 2, you should answer these questions:

  1. Summarize the three major steps that should be followed when solving technical problems in order to present your work clearly. 

  2. What are the base units in the USCS and SI?

  3. What are examples of derived units in the USCS and SI?

  4. How are mass and force treated in the USCS and SI?

  5. What is the major difference in the definitions of the slug and poundmass in the USCS?

  6. What is the difference between the pound and pound-mass in the
    USCS?

  7. What is the difference between the pound and pound-mass in the
    USCS?

  8. One pound is equivalent to approximately how many newtons?

  9. One meter is equivalent to approximately how many feet?

  10. One gallon is equivalent to approximately how many liters?

  11. How should you decide the number of significant digits to retain in a
    calculation and to report in your final answer?

  12. Give an example of when the technical problem-solving process can be used to make order-of-magnitude approximations.

  13. Give several examples of situations where engineers prepare written
    documents and deliver verbal presentations.