![]() Once you start a pretest, you will have 25 minutes to complete it without the ability to pause.These typically become available Thursdays at 10:00am PDT and are due on Sundays at 11:59pm PDT.They are graded based on a thoughtful attempt, not on correctness. These are designed to get you thinking about your ideas on topics covered in this course.In the process you will learn how to reflect on your reasoning and to identify where you might make errors. ![]() Tutorial sections are designed to be a comfortable environment for you to make mistakes and to refine your ideas. Initially you may find the questions challenging and not easy to answer on your own. Your group will discuss problems designed to help you construct a conceptual understanding of physical laws though a research-based, scaffolded-discovery process. In tutorial you will work in groups of about 3-4 students. A calculator should not be necessary but you may use a non-web-enabled calculator if you would like. You will be allowed to bring one 8.5x11" page of your own hand-written notes (you may use both sides). There will be two in-class midterms and one final exam. Late homework is penalized 25% per day for two days (including weekends and holidays), after which time solutions will be posted and no further credit is available. You must post a pdf of your solutions to Canvas (numerous smartphone / desktop apps are available to convert photos to a pdf the department and libraries also have copiers that scan to pdf). Homework assignments will be posted to Canvas and are due at the start of class on the assigned due date. Strive to understand each problem to the point where you would be able to solve it without help if you were asked the same question again. ![]() Students are also strongly encouraged to work on homework with a group of peers after attempting solutions on their own. Solutions to some of these problems can be found online, however students wishing to pass exams are strongly advised to make an effort to solve the problems on their own before looking for help. Homework problems will usually be taken from Griffiths, sometimes with minor modifications. Respond to >80% of the questions to receive full credit for this component of your course grade. You will receive a point for each question you respond to (there are no deductions for wrong answers). In-class questions will use Poll Everywhere. Pre-lecture questions will be posted to Canvas, and will be due by 8pm the night before lecture for full credit half-credit will be awarded through the start of lecture. This book is also used for PHYS 322 and PHYS 323. Griffiths, " Introduction to Electrodynamics," 4th Edition. All assignments are handed in electronically. The lectures will, however, be recorded and made available in the Panopto Recordings area on Canvas for later viewing. Points are given for participation in in-class discussions. Lectures, tutorials and exams will be held in-person. This course uses an all in-person format. Develop a toolkit of mathematical skills for manipulating scalar and vector fields and solving related problems.Develop an intuition for static electric fields and electric potentials in vacuum and in matter.Develop a basic familiarity with classical field theory, with a focus on scalar fields and curl-free vector fields.This first course focuses on Electrostatics: static electric fields and electric potentials in vacuum and in matter. This the first of a three-quarter sequence of electromagnetism for advanced undergraduates. Note: No TA office hours during Thanksgiving week or finals weekĪA (8:30-9:20am) - TAs: Jonah (grader) and DeanĪB (9:30-10:20am) - TAs: Dean (grader) and JamesĪC (10:30-11:20am) - TAs: Felicia (grader) and DeanĪD (11:30am-12:20pm) - TAs: Felicia (grader) and Dean Jonah Librande ( - Office hours: Mondays 5:30-6:30pm in the H-Bar (PAT 1st floor)įelicia Tsai ( - Office hours: Fridays 4:30-5:30pm in the Physics Study Center (starting 10/14) James Choi ( Huang ( - Office hours: Fridays 9:00-10:00am via Zoom ( Zoom link) Jesse Ashworth ( - Office hours: Mondays 2:30-3:30pm via Zoom ( Zoom link) Office hours: Tuesdays 2:00-3:00pm in the H-Bar (PAT 1st floor) Center for Experimental Nuclear Physics & Astrophysics.Accelerated AI Algorithms for Data-Driven Discovery.
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