Syllabus

Physics 2405 – General Physics II

Spring 2008

Instructor:

Dr. Buxton Johnson

Office:

Room H204

Office Hours:

M F 2:00 – 5:00 PM

W Th 3:00 – 5:00 PM

Phone:

852-3168

E-mail:

johnsonb@kwc.edu

PantherNet:

My Courses > PHYS 2405 – General Physics II

Description:

A continuation of Physics 2404. Electricity, magnetism, light and selected topics of modern physics are studied. Derivations and applications of formulas using calculus are stressed. Problem solving is a basic part of the course. Three hours lecture and two hours laboratory per week.

Prerequisite: Physics 2404.

Knowledge:

Ø Develop a fundamental understanding of the various concepts encountered in the study of electromagnetism and quantum physics;

Ø Understand the development of electromagnetism and quantum physics from past to present;

Ø Know of the scientists who shaped the course of electromagnetism and quantum physics and their contributions.

Skills:

Ø Recognize the physics involved in a variety of physical systems, develop appropriate models, and then use these models and known data to solve for unknown quantities, make predictions, and develop changes to achieve desired outcomes;

Ø Learn to solve problems in electromagnetism and quantum physics;

Ø Develop technical communication skills including effective listening, and clear and precise written expression.

Values:

Ø Develop a sense of responsibility;

Ø Develop an honest work ethic.

Content:

Ø Electric fields and potentials;

Ø Capacitance and resistance;

Ø Direct current circuits;

Ø Magnetic fields and inductance;

Ø Electromagnetic waves;

Ø Optics;

Ø Quantum physics;

Ø Atomic and nuclear physics.

Class Time:

M W F 10:00 – 10:50 AM Room H205

Lab Time:

W 1:00 – 2:50 PM Room H202A (Section A)

Th 1:00 – 2:50 PM Room H202A (Section B)

Attendance:

Three (3) absences are allowed without affecting the student's grade. Beyond this, each additional absence will result in a 20-point reduction unless the absence is excused through the Academic Dean’s office.

Arriving late or leaving early is disruptive. Each two times will count as one absence.

Class Text:

Principles of Physics – Serway/Jewett

Lab Text:

Physics Laboratory Experiments – Wilson/Hernandez

Class Schedule:

Ch 19 – Electric Forces and Electric Fields

Ch 20 – Electric Potential and Capacitance

Exam 1

Ch 21 – Current and Direct Current Circuits

Ch 22 – Magnetic Forces and Magnetic Fields

Exam 2

Ch 23 – Faraday’s Law and Inductance

Ch 24 – Electromagnetic Waves

Exam 3

Ch 25 – Reflection and Refraction of Light

Ch 28 – Quantum Physics

Exam 4

Ch 29/30 – Atomic Physics / Nuclear Physics

Final Exam

Exams:

Four exams and a cumulative final exam will be given during the semester.

Homework:

Homework will be assigned regularly to be due on a designated date.

Lab Reports:

A laboratory experiment will be performed each week in the General Physics Laboratory and a subsequent report will be due one week later at the beginning of the next laboratory period. Each lab report will contain the following sections:

I. Purpose

· describe the purpose of the lab experiment;

· include a diagram(s) of the experimental setup;

· state the math model(s) being tested.

II. Procedure and Analysis

· document the procedures you followed during the laboratory experiment;

· use tables to show your experimental data;

· perform all your calculations;

· include required spreadsheets and graphs with regression lines;

· document your results.

III. Conclusions

· summarize your conclusions based on your analysis of the data;

· discuss the specific sources of error in the experiment.

The advance study assignment for each laboratory exercise is due at the beginning of the laboratory period. Late advance study assignments will not be accepted for credit.

Lab Schedule:

16. Fields and Equipotentials

17. Ohm's Law

18. Resistances in Series and Parallel

19. The RC Time Constant (Manual Timing)

20. The RC Time Constant (Electronic Timing)

22. Electromagnetic Induction

24. The Transmission Diffraction Grating: Measuring the Wavelengths of Light

25. The Prism Spectrometer: Dispersion and the Index of Refraction

26. Line Spectra and the Rydberg Constant

27. Detection of Nuclear Radiation: The Geiger Counter

28. Radioactive Half-life

29. Absorption of Nuclear Radiation

Missed/Late Work:

Only excused exam absences can be made up for credit.

All missed laboratory experiments must be made up and all reports must be submitted to receive a grade in the course. Only excused laboratory absences can be made up for credit.

Only one late homework will be accepted for credit.

Only one late laboratory report will be accepted for credit.

Grading:

Final grades will be based on the following:

Homework (9):	225 points
Lab Reports (12):	300 points
Exams (4):	480 points
Final Exam:	180 points
Total Possible:	1185 points

Letter grades will be assigned as follows:

A - 90% to 100%

B - 80% to 89%

C - 70% to 79%

D - 60% to 69%

F - less than 60%

Cheating:

The first time a student is found cheating, copying, etc., a zero will be given on the compromised work. The second time will result in failure of the course.

Accommodations:

If you have a documented disability that may affect your performance in this class and you wish to request reasonable accommodations, please schedule an appointment with the instructor so that provisions can be made to assure you have equal opportunity to meet all the requirements of this course.

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Send comments and questions to: johnsonb@kwc.edu
Last modified: 1-11-2008