PHYS 2634 Physics III Syllabus 010 Spring 2026

Credit Hours 4.00 Lecture Hours 3 Clinical/Lab Hours 2
Type of Credit
CIP Code
40.0801
Course Meeting Time

Lecture:  Monday and Wednesday 10:00 to 11:15 am Room R306
Lab: Tuesday 11:00 am to 12:40 pm, Room R318
Final Exam Monday May 11, 2026, 10:00 to 11:50 am Room R306
Class Modality: Face-to-Face

Course Description

The student will explain the basic theories of atomic/nuclear physics, special relativity, and optics and will apply these ideas to the mathematical solution of problems. In the laboratory, the student will attempt to verify several of these theories by comparing experimental measurements with mathematical results. AAS: Physical science (laboratory science) elective.

Prerequisites

PHYS 2624 with a grade of C or better - Must be completed prior to taking this course.

General Education Outcomes

General Education Outcomes are the knowledge, skills, abilities, attitudes, and behaviors that students are expected to develop as a result of their overall experiences with any aspect of the college, including courses, programs, and student services, both inside and outside of the classroom. The General Education Outcomes specifically learned in this course are:

  1. Communication
  2. Critical Thinking
  3. Responsibility
Explanation of Course Alignment

Physics III is transitioning into either two 2-credit courses, Physics IIIa (thermodynamics) and Physics IIIb (Modern Physics), or one 4-credit course, Physics IIIc (Thermodynamics and Modern Physics). This syllabus will reflect the 4-credit Physics IIIc course.

       The course Outcomes are:
                  Thermodynamics portion:
                          1.  Temperature and Heat
                           2. Thermal Properties of Matter
                           3. The Laws of Thermodynamics 

                    Modern Physics Portion:
                            1. Relativity
                            2. Particle Duality
                             3. Quantum Mechanics
                             4. Molecules and Matter
                              5. Nuclear Physics
                              6. Particle Physics

Faculty Contact Information

Faculty Name
Michael Miller
Faculty Email
Faculty Phone
815-802-8752
Faculty Office Number
L318
Faculty Student Support Hours

Mondays and Wednesdays 8:00 to 10:00 am, Tuesdays 1:00 to 2:00 pm, and Thursday 11:00 to noon.

Course Information

Course Outcomes

At the end of this course, students will be able to:

  1. Demonstrate the ability to clearly understand, define, discuss, apply, and perform critical calculations related to geometric optics, laws of geometric optics, interference of light waves, diffraction and polarization, image, formation, mirrors and lenses, Snell’s Law, diffraction grating, and polarization of light waves.
  2. Be clearly able to demonstrate the ability to discuss, define, understand, perform critical calculations related to Galileo relativity and Einstein’s relativity, Lorentz Transformation Theorem, relativistic form of Newton’s Laws, relativistic, mass, energy, time, and length, and general Theory of Relativity.
  3. Demonstrate the ability to clearly understand, define, discuss, and perform calculation related to molecular bonds, solid bonding, electrical conductivity in metals/insulators and semiconductors, and free electron theory of metals.
  4. Demonstrate the ability to clearly understand, define, discuss, state, and perform critical calculations related to blackbody radiation, photoelectric effect, Bohr’s model of an atom, uncertainty principle, quantum mechanics, atomic spectra, atomic models, quantum numbers, and atomic transition
  5. Demonstrate the ability to clearly understand, define, discuss, and perform calculations related to nuclei properties, magnetic resonance imaging, nuclear forces, radioactivity, nuclear reaction, nuclear fission and fusion.
Topical Outline
  1. The Nature of Light
  2. Optics
  3. Interference
  4. Diffraction
  5. Relativity
  6. Particle Duality
  7. Quantum Mechanics
  8. Molecules and Matter
  9. Nuclear Physics
  10. Particle Physics
Textbook/s and Course Materials

Textbook:
University Physics with Modern Physics, Third Edition: Bauer, Wolfgang; and Westfall, Gary D.:
McGraw Hill Publishers: 2024: 
ISBN 978-1-266-67262-0

Laboratory Textbook:
Physics Laboratory Experiments, 8th Edition: Wilson, J.D.; Hernandez-Hall: Cengage Publishers:2015: 
ISBN 978-1-285-73856-7.

Calculator.

Methods of Evaluation

Evaluation:
Your grade in this class is based on the following method:
       Exams (2 exams @ 18% each) 36%
       Final Exam (two portions 17% each) 34%
       Lecture Assignments and Homework 15%
              this includes SmartBook activities and Connect Problem sets
       Laboratory Experiments and Reports 15%
       Total 100%

Grading Scale
         Class Percent          Grade
               > 90                      A
                > 80                     B
                > 65                     C
                > 55                     D
                 < 55                    F

Academic Division

Liberal Arts & Sciences

Dean, Jennifer Huggins; 815-802-8484; R310; jhuggins@kcc.edu; Division Office- W102; 815-802-8700

Course Policies

Laboratory Safety and Attendance Policies

Attendance at the first laboratory meeting is required. A student may not participate in lab if the student has missed the first lab meeting, which includes the mandatory lab safety training. A student may not participate in the class laboratory experience without first successfully completing the mandatory lab safety training for that specific laboratory space.  If a student misses the first lab meeting, the student must notify the instructor to make arrangements to make up the safety training before the second lab meeting. If a student has not completed the safety training before the second lab meeting, the student must either drop the course, or the student will be institutionally withdrawn. Students are expected to comply with the KCC Science Laboratory Safety Rules at all times. These rules will be discussed during the first lab meeting, and each student will sign an acknowledgement of receipt and understanding. Students who do not comply with the safety rules will be asked to leave the lab and will receive no credit for that day’s work.

Laboratory experiences are an essential part of this physics course. Therefore, any student who misses three or more laboratory periods will automatically fail the class. Due to the possibility of late enrollment in this course, missing the first laboratory period does not count as an absence for this purpose. Students who are not permitted to complete an experiment due to a safety rules violation, such as being late or not having the appropriate attire, are considered to have missed that lab period.

 Coursework

Grades, announcements, & handouts are delivered in class or posted on Canvas—check it frequently. Access Canvas from KCC’s homepage at www.kcc.edu or directly at www.kcc.instructure.com. The instructor will provide hard copies of handouts upon prior request by the student.

Come to class prepared (handouts, pencil, paper, calculator, assignments, etc.).

If a student leaves the room during an exam or quiz without checking with me, that student will not be allowed to continue working on the exam or quiz.

Pencil and paper assignments are due at the beginning of the class period.
Show all work clearly & neatly to receive full credit. Use a pencil rather than a pen.

Final answers should be clearly indicated & have appropriate significant digits & units.

Assignments should look neat & professional (pages stapled in correct order, spiral edging removed, legible writing, etc.). Assignments that have been folded multiple times, crumpled, or torn may not be accepted or may have points deducted.

Most students need to spend two to three hours studying outside of class for every hour spent in class. For this course, students should expect to spend 6 to 9 hours per week for the lecture portion of the course, and 4 to 6 hours per week for the lab portion of the course.

Missed or Late Work

Unit Exams

Make-up exams will be allowed only if the instructor has been contacted (via an email or phone message) prior to the exam.

A student is allowed one make-up exam during the course. Documentation of extenuating circumstances may be required before a make-up exam is allowed.

Make-up exams must be taken in the Testing Center (D218) or by alternative arrangements between the student and the instructor, within five days of the missed exam (e.g. an exam missed on Wednesday must be made up by the end of the following Monday).

Make-up exams may not be the same exam given in class & may be essay tests.

Lecture Assignments

The last day to turn in any labs or assignments is on the day class of the semester, Wednesday, May 6, 2026.

The policies given above for make-up exams also apply to quizzes.

Other lecture assignments may or may not be made up or accepted late; it depends on the nature of the activity & if results/answers were discussed in class. If they may be made up late, it is rarely for full credit. No late or make-up work/quizzes will be accepted once the assignment has been returned to students, had answers posted on Canvas, discussed in class, or the exam over the relevant section has been given (whichever happens first).

Lab Assignments

Lab experiments & reports may NOT be made up, but the lowest lab report score is dropped.

Pre-lab assignments & lab quizzes are treated the same way as lecture assignments.

Students must submit their pre-lab assignment as they enter the lab on the day the laboratory experiment is scheduled.

No late or make-up work of any kind will be accepted after Wednesday, May 6, 2026. 

Students who do not take the final exam will automatically fail the class.

 Other Policies

Students who engage in academic dishonesty may fail that exam, activity, or lab with a grade of zero, in addition to facing disciplinary action by the College.

Use of electronic devices other than a calculator during exams and quizzes is cheating.

Students whose behavior is disrespectful or is disrupting others will be asked to leave class and not come back until the next class period. No make-up of that day’s activities—even exams—will be permitted. Such behaviors include but are not limited to coming late to class, talking in class, using electronic devices for non-class activities, having cell phones ring, and repeatedly leaving your seat.

Laboratory Safety

Attendance at the first laboratory meeting is required. A student may not participate in lab if they have missed the first lab meeting, which includes the mandatory lab safety training. If a student misses the first lab meeting, they must notify the instructor to make arrangements to make up the safety training before the second lab meeting.

Students are expected to comply with the KCC Laboratory Safety Rules at all times. These rules will be discussed during the first lab meeting, and each student will sign an acknowledgement of receipt and understanding. Students who do not comply with the safety rules will be asked to leave the lab and will receive no credit for that day’s work.

Expectations for Classroom and Online Behavior

Instructional Philosophy

Practice, practice, practice Learning is not a passive activity, especially in a challenging subject like physics. You won’t learn physics by simply watching the instructor solve problems. Just because something makes sense as it is explained doesn’t mean you will understand it on your own later!

Before class. Read the textbook, paying special attention to worked example problems.

During class. Come to class on time and prepared to work. Actively participate in lecture and lab sessions.

Set your cell phone to silence and ignore it.

After class. Re-read the textbook and your class notes. Work through the example problems in the text & from class on so that you understand each step.

Homework: 

Do all assigned homework problems, even if they are not for credit. Once you have reached the correct answer, re-work the problem on a fresh piece of paper to help solidify your understanding. Be organized about where & how you work problems so that you will know later what you did. It is important that others can follow your work.

The best way to learn something is to explain it to someone else.

Preparing for exams. Review the course material, and complete problems from the back of the chapters covered on the test, both assigned and other problems.

COVERAGE OF MATERIAL:

Students are responsible for all material covered in class, whether or not it is in the textbook, AND all other reading assignments, whether they are covered in lecture. The last day you can submit laboratory reports or assignments is on Wednesday, May 6, 2026.

ACTIVITIES SCHEDULE:

Assignments and Exam dates will be discussed and presented in class. Other relevant information may be posted on Canvas, please make sure to check frequently for up-to-date reading and homework assignments.

We will generally have homework and/or reading due every class, except for exam days. 

ATTENDANCE POLICY (Lecture):

Students are expected to attend every class this includes your labs. Please note that participation in groupwork is a component of your final grade. You will be permitted two absences in the lecture portion of the course without any penalty. After your second missed lecture your final class percentage will drop 3% for each missed lecture. Please meet with me if you know you are going to miss class, we will try to develop an accommodation. If you miss a class, you have missed the material presented that day, regardless of the reason you missed the class. Check with the other students in class for the information you missed, this includes course materials, assignment, and setting exam dates. With this subject, I have found that staying caught up with material tremendously helps one’s success and understanding. 

ATTENDANCE POLICY (Laboratory):

Laboratory experiences are an essential part of this physics course. Therefore, any student who misses three or more laboratory periods will automatically fail the class. All students must attend and participate in the first laboratory session where laboratory safety information is presented and discussed. Students will be required to read the laboratory safety rules, to participate in the laboratory safety presentation, and sign to acknowledge their understanding and agreement to abiding by the laboratory safety rules. Students will not be allowed in the laboratory without first participating in laboratory safety training, and signing and acknowledging an understanding of the laboratory safety rules. 

FINAL EXAM, MISSED EXAMS:

All exams will be cumulative but will typically emphasize the most recent material. Missed exams and assignments score zero. Please see me if you think you may need to miss an exam, we can try to work something out. The final exam is scheduled for Monday, May 11, 2026, at 10:00 am to 11:50 am in room R306.

Course Calendar

PHYS 2634 Physics III Spring 2026

WeekDateChapterTopicAssignmentLabComment
1Jan. 12 - 1617, Secs. 1- 5Temperature & Heat, Calories and Units, Thermal ExpansionSmart Book Probs. Chap.17Lab Safety, Units, Conversion and Graphing 
2Jan. 19 - 2318, Secs. 1-5Heat, Work 1st Law of ThermodynamicsSmart Book Probs. Chap.18Lab 18MLK Holiday (Mon)
3Jan. 26 - 3018, Secs 6 - 9Specific heat, phase transitions, modes of heat transferSmart Book Probs. Chap.18Lab 19 
4Feb. 2 - Feb. 618, and 19  Secs 1, & 2Heat transfer, insulation, thermal conductivity, Ideal Gas LawSmart Book Probs. Chap. 18Lab 20 
5Feb. 9 - 1319, Secs. 3 - 6Ideal gas law, absolute temp. & PressureSmart Book Probs. Chap. 19Lab 21President's Day Holiday (Fri)
6Feb. 16 - 2020 Secs. 1 - 3Exam 1 (Chap. 17 & 18), Second Law of Thermodynamics, heat transfer processes.

Smart Book Probs. Chap.

20

TBD 
       
7Feb. 23 - 2720, Sec 4 - 7Entropy, heat transfer, gas expansion,SmartBook Probs. Chap. 20Lab 25 (Loyd) 
8Mar. 2 - 620 and reviewFinal Exam Part 1 ThermodynamicsSmart Book Probs. Chap. 20TBD 
 Mar 9 - 13    Spring Break
9Mar 16 - 2035, Sec 1-5Relativity, Time variability, Lorentz Transformation, Relativistic momentum and energySmart Book Probs. Chap. 35TBD 
10Mar 23 - 2736, Sec. 1 - 8Blackbody radiation, Photoelectric Effect, De Broglie’s Matter Waves, Wave Duality, Electron SpinSmart Book Probs. Chap. 36Lab 34 
11

Mar 30 - April

3

37 Sec 1 -10Quantum Mechanics, Schrodinger EquationSmart Book Probs. Chap. 37Lab 35 
12April 6 -10

37, and 38

Sec 1 -2

Atomic Structure, Bohr's Model, Hydrogen AtomSmart Book Probs. Chap. 38Lab 36 
13April 13 -1738, Sec 3 - 5Molecular Bonds, Bonding in Crystalline Solids, Semiconductors, Exam 3 (Chap.35 - 37)Smart Book Probs. Chap. 38Gold Foil Part 1 
14April 20 - 2439 Secs 1 - 6Scattering, Elementary Particles, Composite ParticlesSmart Book Probs. Chap.39Gold Foil Part 2 
15April 27 - May 140, Sec 1 - 5Nuclear Physics, Radioactive DecaySmart Book Probs. Chap. 40

Radioactive

Half Life

 
16May 4 - 640    
1711-May Final Exam Part II 10:00 to 11:50 amFinal Exam  

College Policies, Resources and Supports

College Policies

For information related to the Student Code of Conduct Policy, Withdrawal Policy, Email Policy, and Non- Attendance/Non-Participation Policy, please review the college’s Code of Campus Affairs and Regulations webpage, which can be found at catalog.kcc.edu under the Academic Regulations & Conduct Guide. 

Resources

KCC offers various academic and personal resources for all students. Many services are offered virtually, as well as in person. Please visit Student Resources - Kankakee Community College to access student resources services such as:

  • Clubs and organizations
  • Counseling and referral services
  • Office of disability services
  • Student complaint policy
  • Transfer services
  • Tutoring services, etc.