phys 227n/232n/262n, university physics ii · summer) prerequisites: phys 231n or phys 226n or phys...

9/12/2019 Physics 232 Home Page

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OLD DOMINION UNIVERSITY

PHYS 227N/232N/262N, University Physics II

Fall 2019: August 26 - December 06, 2019. (Last Updated 12 September 2019)

Sections: LECTURE: Phys227_11245, Phys232_10047, Phys262_16881

LABORATORY: Phys227/232/262 10 sections, Wed - Fri.

INSTRUCTOR: Professor Desmond C. Cook

OFFICE: Room 235, OCNPS (Oceanography and Physics Building) .

PHONE: 683-4695

E-MAIL: [email protected]

Office Hours: Wednesday 1:00 - 1:50pm in OCNPS 235 and at other times by appointment.

PHY232 Home Page: www.odu.edu/~desmondcook/teach/Phys232/ Information, solutions and marks (%) for graded work will also be posted onBlackboard.

CLASS LOCATION: Lectures: Room 142-144, OCNPS: Monday, Wednesday, 11:00 - 12:50 pm. Laboratory: Room 140 OCNPS: Wednesday - Friday (according to Registration Section). Recitation (Phys227/262 only): Room 142 OCNPS: Friday 11:00 - 11:50 am (Dr. Hyde)

CLASS Call Numbers: Phys227N: Lecture #11245 Phys232N: Lecture #10047 Phys 262N: Lecture #16881.

PHYS227/232/262 PRE-REQUISITE: Physics 226N/231N/261N, MTH 211, MTH 212, (Better than or equal to C in each).

MTH 212 may be CO-REQUISITE or PRE-REQUISITE

Course TA (In-Lecture, and Exam Review): Himal Pokhrel Room: Email Ph(office)

Recitation Instructor (Phys227/262): Professor C. Hyde

ASSIGNMENTS: One each week using Mastering Physics (MP) Online Assignment System. This is accessible through Blackboard. ExaminationReview Questions will be part of assignments on MP prior to each examination.

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COURSE DESCRIPTION (ODU CATALOG)

PHYS 227N. Honors: University Physics II. 4 Credits.

Open only to students in the Honors College. A special honors version of PHYS 232N, including a recitation section for discussion of advancedproblems. Prerequisites: PHYS 231N or PHYS 226N or PHYS 261N with a grade of C or better, and both MATH 211 and MATH 212 each with agrade of C or better.

PHYS 232N. University Physics. 4 Credits.

A general introduction to physics in which the principles of classical and modern physics are applied to the solution of physical problems. Thereasoning through which solutions are obtained is stressed. This course is designed for majors in the physical sciences, engineering, mathematics,and computational sciences. Topics include electricity and magnetism, and optics. Students receiving credit for PHYS 231N and PHYS 232Ncannot simultaneously or subsequently receive credit for PHYS 101N and PHYS 102N or PHYS 111N and PHYS 112N. (offered fall, spring,summer) Prerequisites: PHYS 231N or PHYS 226N or PHYS 261N with a grade of C or better, and both MATH 211 and MATH 212 with each agrade of C or better.

PHYS 262N. Advanced University Physics II. 4 Credits.

This calculus-based course is the required introductory course for Physics majors. In addition to the physics curriculum of PHYS 232N, thiscourse has a recitation section for advanced problems and additional mathematical preparation for advanced courses in physics. Prerequisites:PHYS 261N with a grade of C or better; MATH 211 and MATH 212, each with a grade of C or better.

Exa

http://http//web.odu.edu

http://ww2.odu.edu/~desmondcook/dcook.htm

mailto:[email protected]

http://www.odu.edu/~desmondcook/teach/Phys232/

http://www.blackboard.odu.edu/

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http://catalog.odu.edu/search/?P=MATH%20211



















COURSE FORMAT: (2 semester sequence) SCALE-UP

The Physics 226/231/261 and 227/232/262 courses are not taught using the traditional lecture and laboratory format, but rather the interactive"Scale-Up" format which is used to stimulate student participation and self-critical thinking. During Semester the class is maximized at 60 studentssitting at 10 round tables. The course consists of short lectures intervened with student problem solving exercises and discussions. At times duringeach class, students work in groups of 3 to solve problems given in class. One primary instructor (Physics Professor) and one Teaching Assistantare assigned to the class to instruct and help students. Materials are presented on 4 projection screens in the class-room. The primary assessmentconsists of 4 written examinations (including Final), spaced regularly throughout the semester. Outside the classroom, students completeassignments through Blackboard using an on-line, interactive program (Mastering Physics, MP). 13 laboratory experiments will be completedduring the teaching session.

________________________________________________________________________________________________________________________

COURSE MATERIAL:

1. REQUIRED COURSE MATERIALS:

Please carefully read and understand the information below concerning Course Materials.

Also note that you have already been charged for the course materials (except the laboratory manual)through your Student Account when you registered for the course. See the information below on theIncludED package.

1. TEXTBOOK: (IncludED Package: e-text through Blackboard):

For PHYS226/227, PHYS231/232 and PHYS261/262 the required textbook is University Physics Edition 15 by Young and Freedman.(Pub. Pearson). This book will be accessed each semester as an e-text through Blackboard. This is one part of the IncludED Package inBlackboard. If you also want a hard copy of this text, you can purchase a loose-leaf version at the ODU Bookstore for about $50. The e-text will still be available on Blackboard.

2. Mastering Physics (MP) Assignment Access: (IncludED Package through Blackboard):

The Mastering Physics on-line assignment system is the second part of the IncludED Package also accessed through Blackboard.

3. Laboratory Manual: Required: Physics 112 & 232 Laboratory Manual 2017. It is only available at the University Village Bookstore and the non-ODU bookstore on 49th St.

Some Lab guides will be handed out for upgraded experiments

4. Calculators: Each student must have and bring an appropriate scientific calculator to each class for problem solving. Calculatorswill not be provided. Mobile phones cannot be used as calculators during exams.

OFFICE HOURS: Wednesday 1:00-1:50 pm in OCNPS235

COURSE Assessment: Exams (3) ................................18+18+18 = 54% (2 hours each) (11:00am - 12:50 pm) Final Exam....................................................21% (3 hours) Assignments..................................................10% Laboratory.................................................... 15%

Mid-Semester Evaluation:Old Dominion University requires faculty of 100 and 200 level courses to submit a Progress Report Grade via LEO to the Academic Enhancement Program bySeptember 27, 2019. This grade will be compiled from work completed by this date and weighted according to the Course Grade schedule listed above.

EXAMINATION DATES: All examinations are in OCNPS 0142.

Exam 1: Wednesday September 18, 2019 Chapters 21,23.

Exam 2: Wednesday October 23, 2019 Chapters 22, 24-26.

Exam 3: Wednesday Novenber 20, 2019, Chapters 27-31.



Exam 4: Friday December 13, 2019, 8:30 am – 11:30 am. Chapters 33-36

Mobile phones cannot be used as calculators during exams and must remain on your table at all times during exams. Students areresponsible for providing their own calculators for use during exams and in class.

There is no Laboratory Final Examination. Laboratory grades are allocated by the lab instructorsbased on Lab reports, attendance and participation.

ASSIGNMENTS: 1. Accessed through Mastering Physics on Blackboard. 2. One assignment will be due at the end of each chapter (approximately each week). 3. Total of 14 assignments plus 4 Examination Reviews. 4. Assignments are due before 11:59 p.m. at the Mastering Physics Site on the indicated date. 5. Assignment solutions will be posted on Blackboard. 6. No individual extensions of assignment submission dates will be given. 7. If you do not finish an assignment by the due date, you can still do it at any time but will not receive any credit for any lateproblems.

READING ASSIGNMENTS: You will often be be given a reading assignment to complete before class. You should spend at least 1 hour each class day readingyour text book.

LABORATORY: Laboratory will run each week in OCNPS 0140 for 1:50 duration. Your Laboratory TA will provide details in the first session. Thefirst lab is scheduled for the first week of semester, 26 August 2019. The lab schedule is included below.

GROUP WORK: You will regularly work in groups at your table to discuss and complete in-class problems

QUIZZES: Short quizzes may be given during regular class time They cover general knowledge items presented in lectures. A quiz consists of afew short problem-solving and descriptive questions. Generally, these will be taken with no books or notes. There are no make-ups for thequizzes.

PHYSICS LEARNING CENTER: Help with any aspect of physics is available in the Physics Learning Center (PSB 2nd Floor Foyer), Monday-Friday 9am - 5pm. The Physics Learning Center is a place where students can get together to work on their assignments and get assistance, if needed, fromphysics faculty and grad students. No appointment is necessary. Students in all introductory classes are encouraged to drop by theLearning Center for help on homework, lab, lecture, other course material, or just for a place to work while in the physics building. Note:staffing of the Physics Learning Center starts the second week of classes. More info, including a detailed staffing schedule, can be found atthe following link: https://www.odu.edu/physics/students/learning-center . Some reference textbooks are available and must not beremoved from the Center.

PROBLEM SOLVING AND EXAM REVIEW SESSIONS (Scale-up room): Problem Solving and Exam Review Sessions may be scheduled in the Scale-up room at times to be discussed in class.

EXAMINATIONS: This course has four examinations. The Examination Dates are listed above. Make-up exams may be given on a case-by-case basis, but you must have a legitimate and documented reason for missing an exam oryou will receive a zero for the exam. All examinations are closed book. You will be permitted to use a calculator. The formula sheet will be provided.

ATTENDANCE: Attendance is mandatory. Class attendance will be recorded each day. If you have to legitimately miss a class, it is your responsibility to find outwhat you missed. Students in Phys232 who miss (less than 5 lectures), and students in Phys227 and Phys262 who miss (less than 5 lecturesand less than 4 recitations), will be given 5% bonus on their final grade. Students arriving in class after the attendance has be taken, willnot be allowed to sign the attendance sheet. Student who leave class after the attendance sheet is signed will be counted as absent that day.

In addition, an automated Class Attendance Scanner is mounted near the door of our classroom OCNPS 142, as well as in the TeachingLab OCNPS 140. These will be used in addition to the attendance sheets that will be handed around for you will sign each day.

University Honor Code: You are expected to conform to the University Honor Code in all aspects of your conduct in this course. You may work with others onthe homework assignments, however, what you submit must represent your own understanding of the problem. Submitting answers

https://www.odu.edu/physics/students/learning-center



online for problems that you have not worked out is cheating. Misconduct of any form will not be tolerated. If you are ever unsure of whatis allowed, please consult with Dr. Cook for clarification.

POLICY ON ACADEMIC DISHONESTY:Students may consult the ``Student Disciplinary Policy and Procedures'' Manual (located in the department secretarial office) for details.A significant item is the following:

``All official disciplinary sanctions, including grade sanctions, which are assigned to a student as a result of an act of academic dishonesty,will be recorded on the student's official University transcript.''

Students are requested to report cases of Academic Dishonesty to the instructor. This particularly includes copying of assignmentsolutions or laboratory reports, and communication between students during examinations. All reported information will be treated asconfidential.

POLICY ON CLASS DISRUPTION:Class disruption will not be tolerated. Students attending class have the right to a professional, quiet and amiable learning environmentfree of disruptions from students within and outside the classroom. Cell phone and beepers must be silenced during class times andexamination times. Students are requested to report disruption to the instructor. Use of cell phones in class for any unauthorized reasonare regarded as classroom distractions by this instructor, and may result in the student being dismissed from the class for the day.

ACCOMMODATION STATEMENTS:

Old Dominion University is committed to ensuring equal access to all qualified students with disabilities in accordance with theAmericans with Disabilities Act. The Office of Educational Accessibility (OEA) is the campus office that works with students whohave disabilities to provide and/or arrange reasonable accommodations.

· If you experience a disability which will impact your ability to access any aspect of my class, please present me with an accommodationletter from OEA so that we can work together to ensure that appropriate accommodations are available to you.

· If you feel that you will experience barriers to your ability to learn and/or testing in my class but do not have an accommodation letter, pleaseconsider scheduling an appointment with OEA to determine if academic accommodations are necessary.

The Office of Educational Accessibility is located at 1021 Student Success Center and their phone number is (757)683-4655.Additional information is available at the OEA website: http://www.odu.edu/educationalaccessibility/

Athletes (or others) that will miss class for ODU scheduled events must submit the appropriate documentation. Students are responsiblefor making up any missed work except for examinations which will not have makeups.

COURSE OBJECTIVES: Physics 226-227, 231N-232N is designed for students majoring in physics, engineering, and other sciencesincluding mathematics, chemistry, biology, oceanography and related disciplines for whom a thorough grounding in the principles ofphysics is essential. Accordingly, the students are expected to demonstrate a substantial understanding of those principles throughproblem solving and derivations. The Physics 227/232N course is an introduction to electricity, magnetism, and optics. Class workincludes lectures and laboratories as a combined 4 CH course.

TOPICS COVERED: Refer to the University Catalog. University Physics is a two section course (PHYS226/231N and PHYS227/232N) which is recommended tobe taken sequentially. The second course, Physics 227/232N establishes the fundamentals in Electricity (including a.c. and d.c. circuits), Magnetism and Optics. Theconsists of the following sections: 1. Electrostatics 2. DC Circuits 3. Magnetism 4. AC Circuits 5. Optics

PHYS 227/232N/262N, University Physics II

SYLLABUS

Topics: From University Physics 15th EditionElectricity and Magnetism 1. Electrostatics Ch. 21-24 2. D. C. Circuits Ch. 25-26 3. Magnetic Fields Ch. 27-30 4. A. C. Circuits Ch. 31 5. Electromagnetism Ch. 32

Optics6. Reflection and Refraction Ch. 33-34

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7. Interference Ch. 358. Diffraction Ch. 36

Topic Details:

ELECTRICITY AND MAGNETISM

1. ElectrostaticsCharge, Coulomb's Law, Electric Field, Lines of Force, Electric Dipole Calculation of E.Gauss's Law, Electric Potential and Potential Energy, Calculation of Potential.Capacitance, Dielectrics.

2. D. C. Circuits Current in a conductor, current density, Resistivity and resistance, Ohm's Law, temperature variation of resistance.Microscopic theory of resistance. Electromotive force, series circuits, internal resistance of a battery. Power in circuits.Series and parallel resistors. Kirchhoff's rules, analysis of multiloop circuits.Measurement of resistance, Wheatstone's bridge. Measurement of potential difference, potentiometer.

3. Magnetic Fields Magnetic field, Lorentz force, magnetic flux. Motion of charge in a uniform field, cyclotron frequency.Force on a conductor in a magnetic field, torque on a current loop. Magnetic field due to a current, Biot-Savart Law, Ampere's Law. Field due to a straight conductorand solenoid. Force between parallel conductors.Induced emf, Faraday's Law, Lenz's law, rotating coil in a magnetic field. Mutual inductance, self inductance, energy in an inductor. Types of magnetism in matter.

4. A. C. Circuits Alternating voltages and current currents, rms values.A.C. source connected separately to each of R, L and C. Capacitor, series and parallel connections.Reactance, impedance, phase factor, Ohm's Law. Phasors, series RLC circuit.Power in A.C. Circuits. Rectifiers and transformers.

5. Electromagnetism Maxwell's Equations, induced magnetic fields. Electromagnetic waves, transmission lines, waveguides.

OPTICS

6. Reflection and RefractionPropagation of light. Doppler Effect. Laws of reflection and refraction, Snell's Law, total internal reflection.Mirrors-concave and convex. Thin lenses - converging and diverging, lens equation. Polarization.

7. Interference Young's experiment, coherence, thin film interference, Michelson's interferometer.

8. Diffraction Single slit, circular aperture, double slit, diffraction grating.

LECTURE COURSE SCHEDULE 26 August - 06 December 2019

Week Lecture Date Reading Assignments TopicAssignment Due

Wednesday 11:59pm

Laboratory

OCNPS 140

1

1 8/26/19 21: 1 - 3 Electric Charge and Coulomb'sLaw. LAB INTRODUCTION

2 8/28/19 21: 4 - 6 Electric Field and ElectricForces.

2

9/02/19 LABOR DAY Holiday

3 9/04/19 23: 1 - 5 Electric Potential, PotentialDifference, Potential Energy

Assig. 1 CH 21.

(9/04/19)

EXPT #PH01

Electronic TestEquipment

3

4 9/09/19

23: 1 - 5

Electric Potential, PotentialDifference, Potential Energy

EXPT #PH02

Electrostatics

5 9/11/19 22: 1 - 5 Electric Flux, Gauss's Law Assig. 2 CH 23

(9/11/19)

9/12/19 Exam #1 Review QuestionsPosted

4 6 9/16/19 22: 1 - 5 Electric Flux, Gauss's Law EXPT #PH03



Potential

TUESDAY 9/17/19Examination 1Review Session:

TUESDAY

OCNPS142 12:30 - 1:30 pm

7 9/18/19 Examination 1 Covers Chapters 21, 23 (LEC 1-4) on Electrostatics

5

8 9/23/19 24: 1 - 2 Capacitance and CapacitorCombinations

EXPT #NEW

Capacitors

9 9/25/19 24: 3 - 6 Energy Storage, Dielectrics

Assig. 3 CH 22

(9/25/19)

HANDOUT LABNOTES

9/27/19 Mid-Semester Grades Due

6

10 9/30/19 25: 1 - 3 Current, Voltage, Resistivity EXPT #PH06

RC Circuits

11 10/02/19 25: 4 - 5 Ohm's Law, EMF,

Assig. 4 CH 24

(10/02/19)

7

12 10/07/19 26: 1 - 3 Resistor Combinations,Kirchhoff's Laws

EXPT #PH04

Ohm's Law

13 10/09/19 26: 1 - 3 Resistor Combinations,Kirchhoff's Laws

Assig. 5 CH 25

(10/09/19)

8

10/14/19 FALL BREAK (Monday,Tuesday)

EXPT #PH05

Kirchoff's Laws

14 10/16/19 26: 4 - 5 R-C Circuits, K-L examplesand instruments

Assig. 6 CH 26

(10/18/19)

10/18/19 Ex02Review Posted (10/18/19)4pm

9

15 10/21/1927: 1 - 2

27: 3 - 9

Magnetic Fields , MagneticForce I, MagneticFields Magnetic Flux,

EXPT #EX12

Magnetic Force

TUESDAY 10/22/19Examination 2Review Session:TUESDAY

OCNPS142 12:30 - 1:30 pm

HANDOUT LABNOTES

16 10/23/19 Examination 2 Covers Gauss Law,Capacitance, Ohms, KLL.Chapters 22, 24-26, Lect 5-14.

10

17 10/28/19

28: 1 - 7

29: 1 - 4

Magnetic Force II, DCMotors, Hall EffectAmpere's Law, Electro-Magnetic Induction,Ampere's Law Applications

EXPT #PH07

Magnetic Induction

18 10/30/1930: 1 - 3

Faraday's Law, Lenz' LawMotional EMF, MagneticInduction, MagneticEnergy

Assig. 8

(10/31/19)

11

19 11/04/19 30: 4 - 6, Mutual Inductance EXPT #PH08

RL & RLC Circuits

20 11/06/19 31: 1 - 6AC Circuits, PhasorsResistance, Reactance,Impedance, Power.

11/08/19 Ex03Review Posted (11/08/19)4pm



12 21 11/11/19 33: 1 - 4 Optics: Reflection andRefraction, Total InternalReflection, Dispersion,Polarization

EXPT #PH09

Geometric Optics

22 11/13/1933: 5 - 7

Optics: Reflection andRefraction, Total InternalReflection, Dispersion,Polarization

Assig. 9 CH 31

(11/13/19)

Ex03 Review Posted (11/158/19)4pm

13

23 11/18/1934: 1 - 2

Reflection: Plane andCurved Surfaces (mirrors)

EXPT #PH10

Physical Optics

TUESDAY 11/19/19Examination 3Review Session:TUESDAY

OCNPS142 12:30 - 1:30 pm

24 11/20/19 Examination 3Covers Chapters 27-31 (LEC 15-20) Magnetism andAC circuits

Assig. 10 CH 33

(11/22/19)

14

25 11/25/19 34: 3-4 Refraction: CurvedSurfaces (lenses) Thanksgiving

No Labs this week 11/27/19 Thanksgiving

Thanksgiving

15

26 12/02/19 34: 5-8 Optical InstrumentsAssig. 11 CH 34

(12/02/19)

LAB MAKEUP

(IF NEEDED)

27 12/04/1935: 1 - 4

36: 1 - 7Interference and Diffraction This Class Ends

12/06/19

Assig. 12

CH 35, 36

(12/06/19)

16

EXAM WEEK

No Lab

FRIDAY 12/13/19Examination 4 08:30 -11:30 a.m. OCNPS142

Covers Chapters 33-36 Optics)(LEC 21-27)

LABORATORY SCHEDULE (OCNPS 140)

MANUAL: Physics 112 & 232 Laboratory Manual 2017.

Available at the University Village Bookstore and local bookstore.

NOTES: Labs start first week (Aug 26, 2019 ) for Introductory Lab Exercises

phys 227n/232n/262n, university physics ii · summer) prerequisites: phys 231n or phys 226n or phys...

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