http://cosmo.nyu.edu/hogg/engphys1/

NYU Engineering Physics 1

New: exam formula sheet.

This page is for the Spring 2004 semester.

Physics 1 (V85.0081) is an introductory mechanics course in the NYU Physics Department intended for engineering (and related) majors.

Technical issues

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Staff

name phone email office office hours
Prof David W. Hogg 212-992-8781 david.hogg@nyu.edu Meyer 501 M,W 17:00-18:00
TA Slava Solganik 212-443-0850 slava.solganik@physics.nyu.edu Meyer 333FTBA
tutor Vicky Calcagni vc371@nyu.edu
tutor Karl Schmidt kds221@nyu.edu
admin Irene Port 212-998-7704 port@physics.nyu.edu Meyer 424

Weekly schedule

M 11:00-12:15 lecture Meyer 122 Hogg
M 15:30-17:30 tutoring Silver 918 Calcagni
Tu14:00-16:00 tutoring Silver 918 Calcagni
W 09:30-10:45 recitation 1 Meyer 264 Solganik
W 11:00-12:15 lecture Meyer 122 Hogg
W 14:30-15:30 tutoring Silver 918 Calcagni
Th16:30 problem sets dueMeyer 424Port

Aims

There are four primary aims of this course, ordered here from most important to least:

(1) Elucidation of elementary mechanics

We will study classical, Newtonian physics, concentrating on:

(2) Development of general physics skills

We will develop and practice using ideas and techniques necessary for understanding and doing physics, including:

(3) Development of general quantitative skills

We will develop and practice using ideas and techniques necessary for quantitative reasoning and the development of technical common sense, including:

(4) Practice with mathematics

We will practice using mathematical ideas and techniques necessary for engineering and physics, including:

Textbooks

authortitle
required: Giancoli Physics for Scientists and Engineers, 3 ed, Part 1
required: Giancoli Physics for Scientists and Engineers, 3 ed, Part 2
optional: Feynman et al The Feynman Lectures on Physics, Vol 1

Evaluation

percent
index cards and participation 10
problem sets 30
in-class exams 30
final exam 30

Tutoring and office hours

There is free tutoring available on a (fluctuating) schedule, with details kept on this WWW page, above. Attendance at tutoring sessions is optional, of course, but do not hesitate to use them for help with weekly reading, problem sets, or studying.

The staff for the course also keeps office hours. Use them to ask questions about any aspect of the course material. If the posted office hours conflict with your schedule, feel free to schedule individual appointments.

Reading

There is a small amount of reading assigned (below) for each week. You will benefit enormously from reading it twice, once before the relevant lectures, and once again after.

Index cards

Starting in the second week of class, you will be expected to bring in a 3x5 index card (yes, the correct size is important) to every lecture, showing your name and a comment or question related to the reading or lecture material for that week. The more specific your question the better. These cards are used for a number of important purposes:

These index cards are not graded, they are simply checked to see that students are keeping up with the reading and engaging with the material. Cards that clearly express a misunderstanding of the material are considered very good cards by Prof Hogg.

Problem sets

A problem set will be posted on this WWW page (below) each week by the Wednesday; it will be due the following Thursday by 4:30pm in Meyer 424.

If you are not going to be able to complete a problem set on time, ask for an extension from Prof Hogg in advance. Problem sets handed in late without granted extensions will be graded for half credit unless there is a medical excuse. Problem sets not handed in will be assigned grades of zero.

Please feel free to discuss the problem set questions and solutions with other students. However, you must ensure that the work you hand in is your own. This is required by the principles of academic honesty; but it is also the case that you will not perform well on the exams if you have not worked out the problem sets yourself.

Problem sets serve a double purpose. They provide you with practice problems, and they provide the instructors with an evaluation of your skills. Keep these goals in mind as you work on the problem sets. Even wrong answers will be graded for partial credit; it is your responsibility to make sure your answers contain enough explanation, illustration, and physical reasoning to earn that credit.

Examinations

There will be four short in-class examinations during the term, and a final exam at the end. Each in-class exams will be given in the last 30 min of class time on the specified date. The subjects covered are given in the chart below.

The final exam will consist of about six short problems, one of which will be taken directly from the problem sets, one of which will be taken directly from the in-class exams, and one of which will be taken from the practice problems shown in the syllabus, below.

If you have to miss any examination for any non-medical reason, you must make arrangements with Prof Hogg in advance. Missed exams (with no medical excuse or special arrangement) will be given grades of zero.

As with the problem sets, make sure you show your work. Most of the evaluation is based on your reasoning; only part of the credit is earned with a correct answer.

date material covered
exam 1 Feb 18 dimensional analysis, estimation, kinematics, very simple dynamics
exam 2 Mar 22 Newton's laws, energy, rudiments of momentum
exam 3 Apr 5 linear and angular momentum
exam 4 Apr 26 oscillations
final May 10 everything

Syllabus

Note: Each week "starts" on a Wednesday; its problem set is due eight days later on the Thursday, except where noted in bold. The "practice" column gives some straightforward problems from Giancoli. Use them for studying.

start subject reading practice assignment other
Jan 21 dimensions, estimation, and kinematics this WWW page; Giancoli Ch 1, Ch 2; Hogg App B 1.41, 1.54, 2.69, 2.74 ps 1 (due Jan 29) solution
Jan 28 ballistics and circular motion Giancoli Ch 3 3.75, 3.88, 3.93 ps 2 (due Feb 5) solution
Feb 4 Newton's laws Giancoli Ch 4, Ch 5 4.46, 4.73, 5.79, 5.86 ps 3 (due Feb 12) solution
Feb 11 statics and dynamics Giancoli Ch 12 12.69, 12.86, 12.88 ps 4 (due Feb 19) solution
Feb 18 work and energy Giancoli Ch 7, Ch 8 7.61, 7.69, 8.72, 8.79, 8.85 ps 5 (due Feb 26) solution in-class exam Feb 18
Feb 25 linear momentum and collisions Giancoli Ch 9 9.62, 9.96, 9.98 ps 6 (due Mar 4) solution
Mar 3 collisions (continued) 9.84 ps 7 (due Mar 11) solution
Mar 10 angular momentum Giancoli Ch 10, Ch 11 10.92, 10.97, 10.106, 10.25, 10.31 ps 8 (due Mar 25) solution in-class exam Mar 22
spring break
Mar 24 angular dynamics Giancoli Ch 10, Ch 11 7.52, 11.39, 11.53, 11.57, 11.59 ps 9 (due Apr 1) solution
Mar 31 simple harmonic oscillators Giancoli Ch 14 14.69, 14.74, 14.78, 14.83 ps 10 (due Apr 8) solution in-class exam Apr 5
Apr 7 damped and forced oscillators 14.58, 14.59 ps 11 (due Apr 15) solution
Apr 14 waves and sound Giancoli Ch 15, Ch 16 15.71, 15.73, 16.79 ps 12 (due Apr 22) solution
Apr 21 gravity Giancoli Ch 6 6.43, 6.52, 6.60 ps 13 (due Apr 29) solution in-class exam Apr 26
Apr 28 Kepler's laws and review 6.59 study for final exam
Final exam 2004 May 10 at 10:00 AM in Meyer 122

Feedback

In addition to using the index cards, please ask questions during lectures and sections. If there is something you don't understand, many other students are having the same trouble--guaranteed.

If there is some aspect of the pace, content, or structure of the course you don't like, or any other feedback you would like to give, please let Prof Hogg know as soon as possible. If you wait until course evaluation forms are handed out at the end of the semester, you will have benefited next year's class at the expense of your own!


David W. Hogg