What This Document Is
This is the official syllabus file for Introductory Physics I (PHYS 1201W) at the University of Minnesota Twin Cities. It’s a comprehensive overview of the course structure, expectations, and logistical details for students enrolled in the Fall 2010 semester. This document serves as the foundational guide for navigating the course requirements and understanding the instructor’s policies. It outlines essential information for success in this calculus-based introductory physics course designed for biology and pre-medicine students.
Why This Document Matters
This syllabus is crucial for any student registered – or considering registering – for PHYS 1201W. It’s best reviewed *before* the course begins and referenced throughout the semester. Understanding the grading scheme, required materials, and schedule of assessments will allow you to proactively plan your study habits and manage your time effectively. Students who carefully review this document will be well-prepared to meet the course demands and understand the expectations for participation and performance. It’s particularly important for students new to university-level physics or those needing a refresher on prerequisite mathematical skills.
Common Limitations or Challenges
This syllabus provides the framework for the course, but it does *not* contain the actual physics content itself. It won’t teach you the concepts, provide worked examples, or offer solutions to problems. It also doesn’t include the lecture notes, homework assignments, or lab materials – those are accessed separately. The specific details of quiz and exam content are not outlined within this document.
What This Document Provides
* Course logistics: Lecture times, final exam dates, and locations.
* Instructor contact information: Office location, office hours, and email address.
* Required course materials: Textbook titles, lab manual details, and necessary equipment.
* A list of supplemental texts for further study.
* Information regarding discussion and laboratory sections, including schedules and TA assignments.
* Prerequisite knowledge expectations (calculus, trigonometry, algebra).
* An overview of the course’s major goals and learning objectives.
* Policies regarding communication and problem-solving approaches.
