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PHYS-2426-001 Principles of Physics II
Prerequisites: PHYS 2425 and MATH 2414
Principles of physics for science, computer science and engineering majors, using calculus, involving the principles of electricity and magnetism, including circuits, electromagnetism, waves, sound, light and optics. Laboratory experiments supporting theoretical principles presented in lecture involving the principles of electricity and magnetism, including circuits, electromagnetism, waves, sound, light and optics; experimental design, data collection and analysis, and preparation of laboratory reports.
Student ResourcesStudent Resources Website
Notice to Students enrolled in an educational program for preparation of issuance of certain occupational licenses:
Students enrolled in an educational program in preparation for obtaining certain occupational licenses are potentially ineligible for such license if the student has been convicted of an offense. For further information, please contact:
Melodie Graves
Justice Involved Advocate
Student Service Center 117
mgraves24@actx.edu
806-371-5995
Make appointment at https://melodiegraves.youcanbook.me
You can also contact the Legal Clinic, or the faculty member in charge of the educational program that you seek to enroll in. The further information you will receive will include notification to you of your right to request a criminal history evaluation letter from the licensing authority in order to clarify your particular situation.
(4 sem hrs; 3 lec, 3 lab)
On Campus Course
Lecture: Physics for Scientists and Engineers 9th edition, Serway & Jewitt (optional, the WebAssign access includes an ebook version)
Lab: Laboratory Manual for PHYS 2426, on Blackboard.
Homework: You will need to get a code for WebAssign if you do not already have one. If you took Principles of Physics I from Professor Van Domelen, your old code should still work.
Calculator: You will need a calculator that is not your phone that can handle scientific notation, exponents, and trigonometric functions.
Ruler and Protractor: While there are ones to borrow in the classroom, you should own a set if we have to shift to fully tech-supported.
Lab Kit: In the event we are no longer able to do in-person labs, you will need to pick up a lab equipment kit (and return it at the end of the term.)
After completing the lecture part of this course, students should be able to:
1. Articulate the fundamental concepts of electricity and electromagnetism, including electrostatic potential energy, electrostatic potential, potential difference, magnetic field, induction, and Maxwell’s equations.
2. State the general nature of electrical forces and electrical charges, and their relationship to electrical current.
3. Solve problems involving the inter-relationship of electrical charges, electrical forces, and electrical fields.
4. Apply Kirchhoff’s laws to analysis of circuits with potential sources, capacitance, and resistance, including parallel and series capacitance and resistance.
5. Calculate the force on a charged particle between the plates of a parallel-plate capacitor.
6. Apply Ohm’s law to the solution of problems.
7. Describe the effects of static charge on nearby materials in terms of Coulomb’s law.
8. Use Faraday’s and Lenz’s laws to find the electromotive forces.
9. Describe the components of a wave and relate those components to mechanical vibrations, sound, and decibel level.
10. Articulate the principles of reflection, refraction, diffraction, interference and superposition of waves.
11. Solve real-world problems involving optics, lenses, and mirrors.
After completing the lab part of this course, students should be able to:
1. Prepare laboratory reports that clearly communicate experimental information in logical and scientific manner.
2. Conduct basic laboratory experiments involving electricity and magnetism.
3. Relate physical observations and measurements involving electricity and magnetism to theoretical principles.
4. Evaluate the accuracy of physical measurements and the potential sources of error in the measurement.
5. Design fundamental experiments involving principles of electricity and magnetism.
6. Identify appropriate sources of information for conducting laboratory experiments involving electricity and magnetism.
In order to receive your AC Connect Email, you must log in through AC Connect at https://acconnect.actx.edu .
If you are an active staff or faculty member according to Human Resources, use "Exchange". All other students, use "AC Connect (Google) Email".
The lecture meetings will include class discussion and some activities, so students will not be expected to sit quietly the entire time. Students will be expected to exercise good judgement regarding when to speak and when to listen, however, both with Dr. Van Domelen and their fellow students.
Students are expected to remain up-to-date on their own grades, and bring any disputes to the instructor in a timely manner. Other than disputes regarding the final exam itself, all disputes must be brought up prior to taking the final exam.
To avoid disruption and potential embarrassment, please silence all electronic devices when attending in person. Portable electronics will be allowed. Specific rules for device use will be outlined in the online exam honor statement you will be required to sign.
You may record (audio or video) lectures for your personal use or to share with other students currently taking this course. You do not have permission to post them online for wide distribution or to sell them or otherwise profit by the distribution of the lectures.
Academic dishonesty will at a minimum be punished by a score of zero on the relevant task. This includes cheating on exams, and turning in lab reports for a lab that was not actually attended. (The online homework is harder to cheat than to just do honestly, but please do not take this as a challenge.) Additional sanctions at the College level may be applied if the situation merits.
Exams
Exams will all be administered online via Blackboard, using the Assignments system. They are expected to take only about an hour to 90 minutes to complete, but you will have a wide window to submit them in recognition that many of you will have work and family obligations. If you do not think you will be able to take the exam at all on the scheduled day, let Dr. Van Domelen know well in advance so he can make arrangements. All regular exams will take place on Fridays, the final exam will take place during Finals Week on the day you would be taking it in person, but available for the entire day (24 hours). Exams 1-3 are worth 10% of the total grade each, and the Final Exam is worth 20% of the total grade. Additionally, if it would help you, the percentage you get on your Final Exam replaces your one lowest regular exam score.
Exam 1: September 18
Exam 2: October 16 (day before Fall Break)
Exam 3: November 20
Final Exam: December 15
Homework
Homework is delivered via the WebAssign system. We will be making sure everyone is properly set up in WebAssign on the first day of class, during the lab timeslot. The homework is due just before midnight the day of the first lecture of the week, with exceptions noted in the schedule below. While extensions may be granted if your reason is good enough, this is not a course where you can go back and redo the homework later for a higher score.
Lecture attendance provides extra credit points on your final homework assignment. Perfect attendance gets 15 points (a typical assignment averages 10 points), less one for every day of lecture missed, to a minimum of zero. Homework is 20% of the total course grade.
Labs
Maximum occupancy in the lab classroom is 16, and we will be holding it to 12 or fewer, with no more than three lab groups at a time. To accomplish this, lab groups will be split into even and odd groups, with half the class doing the lab each week. The lab groups will be assigned by the instructor, and changed after every exam. Three experiments are planned for the first half of the semester and two for the second half, as seen below in the schedule. The lab manual is available on Blackboard. Lab reports are a group effort, and a single one will be turned in by each group.
Take-Home labs have been developed for Physics 2 and are being developed for Physics 1 along the same lines. In the event in-person instruction ceases, every student will be issued a Lab Kit and experiments will be performed during the regular lab time, but with groups collaborating online. Lab Kits will have to be returned in good condition. These lab manuals will also be available in Blackboard. Since everyone will already be socially isolated, Take-Home labs will all be performed the same week, rather than split up into even/odd groups. As with in-person labs, there will be one report per group.
Either way, all of the Pre-Lab exercises in the regular lab manual will be turned in online at some point, as per the schedule below. They are due at the beginning of lecture.
Labs are worth 10% of the total grade. There are no dropped lab scores, but turning in partner evaluations is worth a bonus point on the lab. Pre-Labs are also worth 10% of the total grade.
Problem Sessions
These will be run on Discord during the scheduled class times ("Lab" time on the second class day of the week, and some other days when no one is doing a lab on the first day), to discourage students clustering together to work. You will work with your lab group on these problems. As long as in-person classes are held, Warren 109 will be available if people wish to work there in an appropriately spread-out fashion on laptops or tablets, but the problem will be delivered solely on Discord. Voice channels for each group will be available on Discord for those who wish to communicate that way, but participation grades will depend on seeing at least some typed activity in the group channels. Having the Discord app on your phone will make it easier to upload pictures of your work to the group chat.
In the event we shift to the Take-Home labs, there will be extra problem sessions in place of labs in some weeks, since we will no longer need to switch between even and odd lab groups.
Problem sessions will be a mix of working on homework problems and working on problems that the homework system either cannot handle (such as diagram-drawing) or that would be too hard for anyone to be expected to do alone. Grading will be based on participation rather than successful completion, and up to two zeroes for missed sessions will be dropped. Problem sessions will be worth 10% of the final grade.
The Curve
Individual assignments and exams will not be curved. The instructor will decide on the final curve based on the distribution of scores after all grades are in, but it will not be more severe than the following:
A: 89.50% and up
B: 79.50% to 89.49%
C: 69.50% to 79.49%
D: 59.50% to 69.49%
F: 59.49% or below
The final curve is likely to be "uneven" in that the ranges are not all the same 10% wide. Anyone who falls just below the boundary will have their situation scrutinized more closely to determine if they deserve to be raised by a letter grade or should remain the highest score in the lower letter. Things not specifically graded for, such as class participation (good) or frequent lateness (bad) will also be considered in these borderline cases.
We are in an uncertain situation due to COVID-19. It is entirely possible that we will have to stop holding in-person class meetings entirely at some point in the semester, assuming we even make it to the start of the semester before calling off in-person classes. As a result, please bear with us as we will have to be flexible and ready to change course on relatively short notice. In an attempt to reduce the dislocation caused by this, Principles of Physics will be moving some things online regardless of whether the class can meet in person.
https://discord.gg/RBTdptT is the course Discord server, and we will be using this for some parts of class even during in-person meetings. All students are required to join the server, and will be assigned a role based on their section. If you are already part of this server from Spring 2020, your role will merely be updated. Otherwise, you will need to join the server. I strongly recommend you also install the Discord app on your phone.
Important note: students who are absent for all meetings of the class in the first two weeks will be automatically dropped.
The instructor lecture notes (with answers to some in-class problems removed) are available on Blackboard. While the allowed occupancy of Warren Hall 109 is 40 people, I fully understand if some of you do not feel safe attending lecture. As a result, lecture will be run simultaneously on Discord (voice chat and pasted pages from the lecture notes) and in class (lecture notes projected). Students attending virtually should leave their microphones muted unless they wish to ask a question or answer a question asked of the class. Attendance will be taken, and will factor into your grade as part of the homework score.
If we cease in-person instruction, lecture will shift to text and images with no voice component. For an example of what this looks like, check the backscroll of Spring and Summer courses.
See below for a schedule of material covered each week in lecture.
"Tuesday" and "Thursday" refer to the afternoon timeslots.
Week 1 (Aug 24-28)
Lecture: Chapter 23 (Electric Forces and Fields)
Tuesday: Course policies, WebAssign setup.
Thursday: Problem Session.
Week 2 (Aug 31-Sep 4)
Lecture: Chapter 24 (Gauss's Law), start Chapter 25 (Electric Potential)
Tuesday: Experiment 2 (Electrical Measurements), Even Groups. Pre-Lab for Experiment 1 (Friction and Torque) due. Homework 1 due.
Thursday: Problem Session.
Week 3 (Sep 8-11)
Lecture: Finish Chapter 25, all of Chapter 26 (Capacitance).
Tuesday: Experiment 2, Odd Groups. Pre-Lab for Experiment 3 (Potential Mapping) due. Homework 2 due.
Thursday: Problem Session.
Week 4 (Sep 14-18)
Lecture: Chapter 27 (Current and Resistance).
Tuesday: Problem Session. Homework 3 due.
Thursday: Problem Session, Exam 1 review.
Friday: Exam 1 (Chapters 23-26).
Week 5 (Sep 21-25)
Lecture: Chapter 28 (DC Circuits), start Chapter 29 (Magnetic Fields).
Tuesday: Experiment 4 (DC Circuits), Even Groups. Pre-Lab for Experiment 4 due. Homework 4 due.
Thursday: Problem Session.
Week 6 (Sep 28-Oct 2)
Lecture: Finish Chapter 29, start Chapter 30 (Sources of Magnetism).
Tuesday: Experiment 4, Odd Groups. Homework 5 due.
Thursday: Problem Session.
Week 7 (Oct 5-9)
Lecture: Finish Chapter 30, start Chapter 31 (Faraday's Law).
Tuesday: Experiment 5 (RC Circuits), Even Groups. Pre-Lab for Experiment 5 due. Homework 6 due.
Thursday: Problem Session.
Week 8 (Oct 12-16)
Lecture: Finish Chapter 31, start Chapter 32 (Inductance).
Tuesday: Experiment 5, Odd Groups. Pre-Lab for Experiment 6 (Magnetic Force on a Wire) due. Homework 7 due.
Thursday: Problem Session, Exam 2 review.
Friday: Exam 2 (Chapters 27-30).
FALL BREAK
Week 9 (Oct 26-30)
Lecture: Finish Chapter 32 (Elasticity), start Chapter 33 (AC Circuits).
Tuesday: Pre-Lab for Experiment 7a (Charge-to-Mass Ratio) due. Homework 8 due.
Thursday: Problem Session.
Week 10 (Nov 2-6)
Lecture: Finish Chapter 33, start Chapter 34 (Electromagnetic Waves).
Tuesday: Experiment 8 (RLC Circuits), Even Groups. Pre-Lab for Experiment 8 due. Homework 9 due.
Thursday: Problem Session.
Week 11 (Nov 9-13)
Lecture: Finish Chapter 34, start Chapter 35 (Ray Optics).
Tuesday: Experiment 8, Odd Groups. Homework 10 due.
Thursday: Problem Session.
Week 12 (Nov 16-20)
Lecture: Finish Chapter 35, start Chapter 36 (Image Formation).
Tuesday: Problem Session. Homework 11 due.
Thursday: Problem Session, review for Exam 3.
Friday: Exam 3 (Chapters 31-34).
Week 13 (Nov 23-25)
Lecture: Finish Chapter 36.
Tuesday: Experiment 9 (Reflection and Refraction), Even Groups. Pre-Lab for Experiment 9 due. Homework 12 due.
Thursday: Thanksgiving.
Week 14 (Nov 30-Dec 4)
Lecture: Chapter 37 (Wave Optics), Chapter 38 (Dispersion and Polarization).
Tuesday: Experiment 9, Odd Groups. Pre-Lab for Experiment 10 (Lenses) is due.
Thursday: Problem Session.
Week 15 (Dec 7-11)
Lecture: Chapter 40 (Introduction to Quantum Mechanics).
Tuesday: Problem Session. Homework 13 due.
Thursday: Problem Session, review for Final Exam.
Week 16 (Dec 14-18)
Sunday: Homework 14 due.
Tuesday: Final Exam (all day)
Take-Home Labs
These dates are tentative, and will only be relevant if in-person classes are cancelled due to the pandemic. If we get part of the semester done in-person, only enough of these will be done to bring us to five total lab reports.
Home Experiment 0 (Experiment 1 Pre-Lab done as a group in class) - Week 2, and only if we never go in-person.
Home Experiment 1 (Electrical Measurements) - Week 3 at the earliest.
Home Experiment 2 (DC Circuits) - Week 6 at the earliest.
Home Experiment 3 (RC Circuits) - Week 9 at the earliest.
Home Experiment 4 (Lenses) - Week 14.
Please notify Dr. Van Domelen in advance if you know you will miss a meeting of class, or if you will not be able to devote at least 90 minutes during the scheduled exam times to work and upload the exam. He will try to reach an accommodation with you.
07/21/20 2:50 PM
08/05/20 4:19 PM