The URL of this page is http://www.physics.smu.edu/scalise/P1307fa23/
Physics 1307 : General Physics - Mechanics
Fall 2023 Course Information
- Lecturer:
Professor Randall J. Scalise
- Lecture meeting times and place: You should read the assigned chapters
in the textbook, watch the assigned videos, and read my lecture notes before lecture.
- MWF 1:00-1:50pm in room 123 Fondren Science Building
- Office hours: after lecture and by appointment.
- Contact:
- Graduate Teaching Assistant: Mr. Yingnan Xu
TA office hours: Thursdays 2-4pm in FOSC 7
- Text: Halliday, Resnick, and Walker
Fundamentals of Physics, 12th edition, (HRW12) Volume 1.
This is the official textbook for the course. We will cover chapters 1-15.
The version listed includes Wiley Plus which gives you access to an
electronic version of the book and online learning tools. If you are not interested in
Wiley Plus, you may use a different edition or a different author; mechanics has
not changed in 200 years. Just be sure to READ whatever book you choose.
- Objective:
Upon completion of this course students will be able to demonstrate
basic facility with the methods and approaches of scientific
inquiry. In particular, 1) Students will demonstrate basic facility
with the problem-solving methods related to mechanics.
2) Students will be able to explain how the concepts and findings of
physics shape our world.
- Syllabus
- Lecture Notes:
- Practice Exams:
- Exam 1 - Spring 1996, 14 pages,
PDF (125128 bytes),
Answers.
- Exam 2 - Spring 1996, 14 pages,
PDF (152428 bytes),
Answers.
- Exam 3 - Spring 1996, 17 pages,
PDF (281522 bytes),
Answers.
- Final - Spring 1996, 20 pages,
PDF (299075 bytes),
Answers.
- Exam Dates: Open book and e-book, notes, homework. You may not collaborate with anyone by any method.
- Exam 1 - Wednesday 27 September 2023 in lecture
- Exam 2 - Wednesday 1 November 2023 in lecture
- Final Exam (Cumulative) - Friday 8 December 2023 11:30 AM - 2:30 PM in room 123 Fondren Science
- Make-up Quizzes and Exams: You must present me with a verifiable excuse
in writing. No make-up will be given for the final exam.
- Homework Quizzes: 20 minutes long,
at the beginning of lecture, open book, open notes, open homework, based strongly on
the homework.
- Reading Quizzes: Unannounced, based on the assigned reading,
very short, very easy (if you have done the assigned reading)
- Homework: Due on the day of the quiz at the end of the quiz at 1:20pm.
These could be paper copies or scanned to PDF and emailed to me on time, at or before 1:20pm on the quiz day.
Homework will not be graded for accuracy, only for completeness. To receive full credit,
all the steps in your solution must be shown, not merely the answer.
Due dates are strictly enforced. 50% if late; 0% once the solutions
are posted. You may work together, but the work that you turn in
should be unique. Identical work will receive a grade that is divided
among all parties. It is possible to find answers to some homework
solutions on the internet; do not do this. The point, after all, is
not to fool me into thinking that you have learned physics, but rather
actually to learn some physics.
- Laboratory: If you need the one-credit laboratory course, you
must register separately for Physics 1105.
- Grading: (Absolute, not curved)
Letter Grade Break Points
- Exam 1 - 27%
- Exam 2 - 27%
- Final - 26%
- Homework Quizzes - 10% (Drop lowest)
- Homework - 5% (Drop lowest)
- Reading Quizzes - 5% (Drop lowest)
A student who is absent from class without valid reason for two
consecutive weeks will be administratively dropped from the class by
the instructor.
-
Official University Calendar
- Homework Assignments These are from the 10th edition.
Q=Question, P=Problem
- Ch1 - Q:NA; P:3,9,12,27;
- Ch3 - Q:All; P:12,16; (Note: Chapters 2 and 3 are switched!)
- Ch2 - Q:All; P:2,15,18,19,25,37,44,53;
- Ch4 - Q:All; P:3,11,22,27,70,72;
- Ch5 - Q:All; P:7,34,42,57;
- Ch6 - Q:All; P:13,36,43,49,51;
- Ch7 - Q:All; P:11,20,39,46;
- Ch8 - Q:All; P:3,13,42,47;
- Ch9 - Q:All; P:2,6,9,31,40,49,60,100;
- Ch10 - Q:All; P:13,22,41,53;
- Ch11 - Q:All; P:3,11,26,54;
- Ch12 - Q:All; P:7,14;
- Ch13 - Q:All; P:8,21,36,54;
- Ch14 - Q:All; P:2,10,32,64;
- Ch15 - Q:All; P:11,33,42,58;
- Homework Solutions
- Mechanical Universe
- The Feynman Lectures
- MIT Open Courseware (Physics)
- Fundamentals of Physics I Yale, Professor Ravi Shankar
- SMU PHYS 1303 Professor Stephen Sekula, Fall 2018
- Demonstrations
by Professor Julius Sumner Miller
- SMU Required Syllabus Statements
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