PHYS 100 :: Physics Illinois :: University of Illinois at Urbana-Champaign

Course Description

Introduction

This course is designed for students who plan to take Physics 211 but who lack the necessary physics and math preparation. The main focus of the course is to teach the problem solving skills and physical reasoning that are at the core of the Physics 211-214 curriculum. We have found that even after one semester of calculus and one year of high school physics many students do not know how to turn word problems into mathematical expressions, solve the math, and understand the physical significance of the result. The large range of student preparation means that Physics 211 cannot address the needs of many students. It is too easy for some and too difficult for others. We want the latter group to take Physics 100 in order to increase their chances of success.

The basic philosophy of Physics 100 can be summarized as follows:

  1. Introduction and first chance to think about it (prelectures and checkpoints)
  2. Untangle it (lectures)
  3. Challenge yourself (homework)
  4. Close the loop (discussion)
  5. Test your understanding (computer-based quizzes, "Quests")

The order of the above items is very important.

The first exposure you will have to the material will be in the prelecture. These are web-based presentations designed to introduce the key ideas/concepts of the lecture. Do this on your own prior to lecture (https://byteshelf.physics.illinois.edu). This first step should be taken very seriously, as all of the following items depend on this initial exposure to the material.

To get the most out of lecture your participation is required both prior to and during each lecture! Before every lecture you will be required to work through a brief checkpoint on the web. Each checkpoint will probe your understanding of the prelecture material and must be completed by 8 a.m. on Friday to receive credit. There are no "bad" checkpoint answers. You will receive full credit if you give it your best shot and answer all the questions. We use your responses to the checkpoint questions (including explanations) to create the lecture.

The lecture will be a highly interactive experience in which you will work with the concepts presented in the prelecture. In particular, we will focus on the conceptual difficulties we observe in your checkpoint responses and we will work through some quantitative problems. You will participate using the i>clicker and will get full credit if you give your best shot. You can also earn "extra-credit" for the questions in lecture that you answer correctly.

The web-based homework covering each week's material is split in two: Homework A and Homework B. Homework problems are designed to test your understanding of the concepts as well as basic problem-solving skills.

To cap things off, a weekly discussion section will go over the concepts you have learned about in the prelectures, lectures, and homework. These sections use a collaborative group learning format. You will work together with 2 or 3 other students on qualitative and quantitative problems that are designed to solidify your understanding of the week's material. Your TA will facilitate this learning by regularly visiting each table to help you construct your understanding.

In addition to this weekly sequence, the course has bi-weekly Quiz Tests, Quests. Quests give you a chance to probe your understanding of the material and to prepare yourself for the exams in the course. The questions on a Quest are of similar style as the questions on the actual exams, but a Quest differ from exams by being a) shorter (50 minutes); b) electronic; and c) available for you to take when it is most convenient for you (within a certain set of days). In addition, before each Quest we provide a practice Quest so that you can become familiar with the content of the Quest before taking it. There are six Quests in the semester, and each Quest is comprehensive, i.e., it will include all the material covered at the time of the Quest.

There are two exams in this course: a midterm exam on Wednesday 11/6 and a final exam during the finals week. The university typically releases the date of the final exam sometime in October.

Academic Integrity

All activities in this course are subject to the Academic Integrity rules as described in Article 1, Part 4, Academic Integrity, of the Student Code.

Infractions include, but are not limited to:

Violations of any of these rules will be prosecuted and reported to the student's home college.

All aspects of the course are covered by these rules, including: