Dynamics

NYU PHYS-UA 120 Dynamics
An advanced undergraduate course on classical mechanics.
This page is for the Fall 2014 Semester.

Prof David W. Hogg
office501 Meyer
emaildavid.hogg
Minzhi Jiang
emailmj1364

This page is for the Fall 2014 Semester. Weeks begin on Tuesdays.

week content
Sep 02 read: Kibble & Berkshire, Classical Mechanics, 5ed, Chapter 1
lecture: vectors, tensors, rigid bodies, scope of course
do: problem set 0
Sep 09 read: Kibble & Berkshire, Chapter 2
lecture: damped, driven oscillators
do: problem set 1
Sep 16 read: Kibble & Berkshire, Chapter 3
lecture:
do: problem set 2
Sep 23 read: Kibble & Berkshire, Chapter 4
lecture: action principles, central forces, orbits
do: problem set 3
Sep 30 read: Kibble & Berkshire, Chapter 5
lecture: schmacceleration, coriolis and centrifugal forces
do: problem set 4
Oct 07 read: Kibble & Berkshire, Chapter 6
lecture:
do: problem set 5
Oct 14 read: Kibble & Berkshire, Chapter 7
lecture: reduced mass and total mass
do: problem set 6
Oct 21 read: Kibble & Berkshire, Chapter 8
lecture: many-body systems; the rocket
do: problem set 7
Oct 28 read: Kibble & Berkshire, Chapter 9
lecture: rotors, gyroscopes; freely spinning bodies
do: problem set 8
Nov 04 read: Kibble & Berkshire, Chapter 10
lecture: Lagrangian; Lagrangian density
do: problem set 9
Nov 11 read: Kibble & Berkshire, Chapter 11
lecture: all the oscillation problems, ever
do: problem set 10
Nov 18 read: Kibble & Berkshire, Chapter 12
lecture: the Hamiltonian
do: problem set 11
Nov 25 lecture: restricted three-body problem [no lecture on Nov 27]
Dec 02 read: Kibble & Berkshire, Chapter 13
lecture: geometry of phase space, sections, chaos
do: problem set 12
Dec 09 read: Kibble & Berkshire, Chapter 14
lecture: canonical transformations, maps
do: problem set 13