Engineering Statics and Dynamics PHYS 170 University Studies Program. Course Outline

Transcription

1 Engineering Statics and Dynamics PHYS 170 University Studies Program Course Outline COURSE IMPLEMENTATION DATE: 2012 OUTLINE EFFECTIVE DATE: January 2016 COURSE OUTLINE REVIEW DATE: September 2021 GENERAL COURSE DESCRIPTION: This course includes the topics: vector operations, dot and scalar products, conditions for equilibrium in two- and three dimensions, free body diagrams, moments about an axis, couples, friction, wedges, kinematics, rectilinear and curvilinear motion in rectangular, normal, tangential, and cylindrical components, dynamics, Newton's second law, equations of motion in various coordinates, work and energy, power and efficiency, linear and angular impulse and momentum, and conservation of momentum. Program Information: This course is required for students pursuing the Engineering Certificate who want to transfer into Engineering at the University of British Columbia in Vancouver. It can be used for the Associate of Arts and Science Degrees. Delivery: This course is delivered face-to-face or hybrid. COTR Credits: 3 Hours for this course: 45 hours Typical Structure of Instructional Hours: Practicum Hours (if applicable): Instructional Activity Duration Type of Practicum Duration Lecture Hours 45 On-the-job Experience Seminars / Tutorials Formal Work Experience Laboratory / Studio Hours Other Practicum / Field Experience Hours Total Other Contact Hours Total 45 1

2 Course Outline Author or Contact: Trevor Beugeling, MASc, BEng, BSc Signature APPROVAL SIGNATURES: Department Head Ildi Walkley Dean of Instruction Darrell Bethune Department Head Signature Dean of Instruction Signature EDCO Valid from: January 2016 to September 2021 Education Council Approval Date COURSE PREREQUISITES AND TRANSFER CREDIT: Prerequisites: Both MATH 103 and PHYS 103 may be taken previously or concurrently Corequisites: None Flexible Assessment (FA): Credit can be awarded for this course through FA Yes No Learners may request formal recognition for flexible assessment at the College of the Rockies through one or more of the following processes: External Evaluation, Worksite Assessment, Demonstration, Standardized Test, Self-assessment, Interview, Products/Portfolio, Challenge Exam. Contact an Education Advisor for more information. Transfer Credit: For transfer information within British Columbia, Alberta and other institutions, please visit Prior Course Number: Students should also contact an academic advisor at the institution where they want transfer credit. Jan. 15, 2016/do/h:\outline\2016_winter\phys170.docx 2

3 Textbooks and Required Resources: Textbook selection varies by instructor and may change from year to year. At the Course Outline Effective Date, the following textbooks were in use: Hibbeler, R.C. Engineering Mechanics: Static and Dynamics. 14th Ed. Prentice-Hall Publishing Company, Please see the instructor s syllabus or check COTR s online text calculator for a complete list of the currently required textbooks LEARNING OUTCOMES: University Studies at the College of the Rockies allow students to complete their first two years of study towards a university degree. College students gain academic knowledge and skills in their chosen subjects. They also cover general problem-solving and critical thinking skills. The combination can empower them to participate as educated citizens in the economic, political, and cultural life of their communities. Upon the successful completion of this course, students should be able to apply Newton's Laws in a variety of situations; manipulate vectors in two- and three dimensions: addition, subtraction, and scalar multiplication of vectors; calculate the dot and cross products of vectors; calculate the angle between vectors; break a vector into components; use Free Body Diagrams to analyze force systems in two- and three dimensions; calculate the moment of a force about a line; find a force and moment which is equivalent to a system of forces and moments; draw a Free Body Diagram for a rigid body and solve problems using the equations of equilibrium; understand the characteristics of dry friction; solve problems involving frictional forces in wedges; use calculus to analyze the kinematics of a moving particle exhibiting both continuous and erratic motion; the relationship between position, velocity, and acceleration; describe curvilinear motion in rectangular and in cylindrical coordinates; understand and apply the normal and tangential components; analyze relative motion using a translating axis; use Newton's Second Law to derive the equation of motion for a system of particles; perform calculations using the equations of motion in both rectangular and cylindrical coordinates; calculate the work done by a force; apply the principle of work and energy to solve a variety of problems; calculate the power and efficiency of a machine; understand when a force is conservative and be able to find the potential function for some conservative forces; use the principle of conservation of energy to solve a variety of problems; use the principle of impulse and momentum to solve problems which involve force, velocity and time; analyze the mechanics of impact; and use the concepts of angular impulse and momentum. Jan. 15, 2016/do/h:\outline\2016_winter\phys170.docx 3

4 COURSE TOPICS: General Principles: Units of Measurement Calculations; Significant Figures Vectors: Vector Operations Dot Product; Angles Between Vectors; Components Force Systems: Moment of a Force About an Axis; Cross Products Principle of Moments Simplification of a Force and Couple Equilibrium of a Rigid Body: Free Body Diagrams Equations of Equilibrium Friction: Dry Friction Wedges Kinematics: Rectilinear Kinematics Curvilinear Motion; Normal and Tangential Components Projectile Motion Cylindrical Coordinates Force and Acceleration: Newton's Second Law Equations of Motion: Rectangular Coordinates Normal and Tangential Coordinates Cylindrical Coordinates Work and Energy: Principle of Work and Energy Power and Efficiency Conservative Forces; Potential Energy Conservation of Energy Impulse and Momentum: Principle of Linear Impulse and Momentum Conservation of Linear Momentum Impact Principle of Angular Impulse and Momentum See instructor s syllabus for the detailed outline of weekly readings, activities and assignments. Jan. 15, 2016/do/h:\outline\2016_winter\phys170.docx 4

5 EVALUATION AND ASSESSMENT: Assignments/Quizzes Midterms Final Exam Assignments Total % Of Total Grade 20% 30% 50% 100% Please see the instructor s syllabus for specific classroom policies related to this course, such as details of evaluation, penalties for late assignments and use of electronic aids. EXAM POLICY: Students must attend all required scheduled exams that make up a final grade at the appointed time and place. Individual instructors may accommodate for illness or personal crisis. Additional accommodation will not be made unless a written request is sent to and approved by the appropriate Department Head prior to the scheduled exam. Any student who misses a scheduled exam without approval will be given a grade of 0 for the exam. COURSE GRADE: Course grades are assigned as follows: Grade A+ A A- B+ B B- C+ C C- D F Mark (Percent) < 50 A grade of "D" grants credit, but may not be sufficient as a prerequisite for sequential courses. ACADEMIC POLICIES: See for general college policies related to course activities, including grade appeals, cheating and plagiarism. COURSE CHANGES: Information contained in course outlines is correct at the time of publication. Content of the courses is revised on an ongoing basis to ensure relevance to changing educational, employment and marketing needs. The instructor endeavours to provide notice of changes to students as soon as possible. The instructor reserves the right to add or delete material from courses. Jan. 15, 2016/do/h:\outline\2016_winter\phys170.docx 5