AP Physics 1 and 2 Combination
Chat times for 2017-2018
Dr. Christe Ann McMenomy
Course Materials Under Revision for 2017-2018
Frequently Asked Questions about this course
You should have completed a junior high school level course in physical science that covers definitions of velocity, acceleration, force, heat, electricity and electrical fields, magnetism, light (wave theory), geometric optics, relativity, and atomic and nuclear structure. We cover all of these topics in detail, and students have an easier time if they have been exposed to the basic concepts before starting this intensive Physics course. If you have taken the Scholars Online Natural Science course, the summer Physics Lite course, or a full year Physical Science component of the standard junior high school science curriculum, you should be prepared to handle these physics concepts.
You should have completed a first year algebra course and a geometry course or their equivalents, a second year algebra course that includes linear graphing and analysis, and be starting pre-calculus with trigonometry. The early part of the course depends on understanding simple trigonometry functions for vector analysis.
Our textbook has appendices which cover the basic ideas required for problem-solving in this course, and when you get your copy, you need to read through this carefully, identify the areas where the material is new (or where you feel your command is weak), and do some serious review. But it is helpful if you can do the following, or are learning how to apply these techniques:
[π is "pi", a value approxiately equal to 3.14159....]
This is hard to answer without knowing how fast you read technical subject matter and can work through examples in the text. For each chat session, you will need to
My experience is that this will take you 3-4 hours to finish properly. In addition, for each chapter (usually one chapter every two weeks, but with some short chapters, we will do one per week), you will need to finish
Lab work will involve another 1-2 hours per week of your time, depending on what equipment you need to build or collect, and how many labs you plan to complete. You will need to prepare a lab proposal and present it in our Friday chat, then carry out your lab, analyze your data, discuss any issues, repeat your labwork if needed, and write up your report.
Our Friday chats may additionally involve preparation of an AP-type question for discussion.
So each week, you should plan to spend 4 hours in class, 4-6 hours in preparation, 1 hour in review and testing, and 2 hours in lab execution or reporting, or about 12 hours a week. A normal high school course requires a minimum of 4 hours of class time and 4 hours of homework. This course is intended to be a college-level introduction to physics, so it requires more effort on your part.
My examinations tend to be very thorough, since I am interested in assessing what you have actually learned and understand. The tests are written as though you were a college student (because that is the level of the material we cover), and so are more challenging that a high school physics test would be. Because of this, I will "normalize" your grade so that it maps to high-school level course expectations for a science taken by someone at your current grade level. Normalized scores follow standard interpretations: above 90% = A, 80-89% = B, 70-79% = C, 60-69% D (passing). Scores in the past have ranged from just below 50% to above 95%. However, if you aim to take either the SAT II physics exam or the Advanced Placement exam, you should aim to get at least 85% regularly on the online quizzes and at least 80% on the semester exams. The best preparation for achieving this is disciplined completion of the homework problems, so that during an examination, you can complete most of the problems in the alloted time.
I send email evaluations at the end of each semester that describe your performance on quizzes, homework, class participation, and the term examination. A short summary of this report is included in your formal transcript "comments" section.
Your overall grade is generally a composite. The exact percentages vary from year to year depending but in general:
In other words, you could still do well in the course even with low examination scores if your weekly work shows that you are mastering the material at a steady pace. Failing to complete homework or take the quizzes seriously, however, will also knock your grade down a significant amount.
Lab work is graded separately and determines whether you get Honors or AP credit for the course.
Because some government agencies, accrediting institutions, and scholarship committees require more standardized grades, I also issue a numerical score for your work, which is normalized so that it fits the grading scale used by most high schools in evaluating passing, above average, and exceptional work at the freshman, sophomore, junior, and senior levels. Your transcript will include instructions on translating a numerical grade to a letter grade. Many Scholars Online students have been accepted to nationally-recognized, competative colleges and universities, and have received scholarships based on these evaluations.
However, the best way to establish your competence in physics for college admission or placement is to take the SAT II or the AP examination.
Most students in my fairly small Scholars Online physics course have been juniors or seniors, and the seniors do not tend to take AP or SATs at the end of their year. Since homeschooled students receive their scores directly from the testing agency, I do not know all the results for all of my students, or even which students have taken the examinations. Students in the last two Physics offerings have reported AP scores of 3-5 and SAT scores from 650-800.
Yes. Because of the material we need to cover, the class must meet three times a week. All students must attend all discussions or make alternate arrangements to submit homework assigned. Friday meetings will be devoted to lab work in order to help students meet the high expectations of the most recent syllabus changes to the AP Physics 1 and 2 program. AP exam preparation will be incorporated into the course, using homework assignments and quiz questions similar to those students will experience on the exam. Even if you do not plan to take the AP examination, this preparation will help you for college-level work.
If you have a conflict with the scheduled sessions, you will need to review your priorities and decide whether or not you can commit to the class. If your outside conflict is short term, I will work with you through the period, but you must plan to attend most of the year's sessions.
Yes, I do write letters of recommendation for students. However, I cannot write such a letter on the basis of a few months' work. I require that you finish a complete year of instruction with me first, so that I have a basis for making an evaluation that reflects your true strengths and weaknesses. If this is your first Scholars Online class with me, I will not be able to write a letter during the fall semester. For more details, see my Letters of Recommendation FAQ.
© 2016, 2017 This course is offered through Scholars Online, a non-profit organization supporting classical Christian education through Internet-based courses. Permission to copy course content (lessons and labs) for personal study is granted to students currently or formerly enrolled in the course through Scholars Online. Reproduction for any other purpose, without the express written consent of the author, is prohibited.