Electricity and Magnetism 2 and Statistical Thermodynamics (MP232)
  (Spring 2010)
Any exercises and solutions that were handed out at the tutorial will
also be made vailable through the weekly
schedule.
Two important announcements about the exam are below
The review tutorial for this course will take place on Tuesday May 11 at
15:00, in
room 61, opposite the swimming pool, between numbers 20 and 21
on this
map of the south campus
Office: Department of Mathematical Physics, Room 1.7D,
Science Building
(number 17 on this Map of the North
Campus)
e-mail: joost-at-thphys-dot-nuim-dot-ie
Class meets
Lectures: Tuesday 11:05-11:55
in Hall D in the in Arts Building
(number 18 on this Map of the North
Campus)
Thursday, 12:05-12:55
in JH6, which is lecture hall 6 in the John Hume building
(number 15 on this Map of the North
Campus)
Tutorials: Time and Place: Tuesday, 15:05 in AX-1 in the Auxilia
Building.
(The Auxilia Building is number 10 on this Map of the North
Campus)
The review tutorial will take place on Tuesday May 11 at
15:00, in
room 61, opposite the swimming pool, between numbers 20 and 21
on this
Map of the South Campus Tutor:
There will be significant overlap with two sets of
lecture notes by Charles Nash, one on electromagnetism and one on
statistical mechanics.
Some books you may want to have a look at are:
Electrodynamics
Introduction to Electrodynamics,3rd ed., by David
J. Griffiths, published by Addison Wesley /Prentice Hall,
1999.
I find this a very clear book and recommend it for studying things in more
depth than you can get from the lecture notes and for the
problems!
Electromagnetism by I.S. Grant and W.R Philips, currently 2nd
edition (1991), published by Wiley
This book was recommended before and is probably a good alternative to
Griffiths book, with similar level of difficulty and a different style.
Classical Electrodynamics by John David Jackson, currently 3rd
edition, published by Wiley.
This is the "bible" of classical electrodynamics. It is not a very
suitable book for a first course in electrodynamics, but if you really
want to dig into something this is a good place to start.
Statistical Thermodynamics
An Introduction to Thermal Physics by Daniel V. Schroeder,
published by Addison Wesley (1999)
I am using this book for my course in Statistical Mechanics and finding it
very useful - clear and it does not require much mathematical
or even physical background knowledge.
Fundamentals of Statistical and Thermal Physics by Frederick Reif,
published by McGraw-Hill
This book is a classic. It starts at a higher level, but it has good and
not especially difficult coverage of the material we will go through in this
course.
The exam is on May 17, at 9:30am in the SMALL SPORTS HALL
(number 20 on this Map of the North
Campus)
This is a one and a half hour written examination. It counts for 80% of
the mark. Continuous
Assessment (that is, hand-in exercises), make up the remaining 20%.
Announcements on the exam:
1. The exam will take the same form as in previous years, but there is one
new rule:
As before, you can select two out of four questions, but unlike previous
years, the exam is now in two parts, one part on electromagnetism and
one part on statistical thermodynamics. Each part contains two
questions and you have to select one question from each part.
2. You are expected to know Maxwell's equations.
They will be assumed known in the exam and will not be given.
Homework
There will be a number of assignments to hand in (the frequency will be
about one per two weeks). These will be marked and
the results will count for 20% of the final mark.
The deadline for handing in homework is the start of the Tuesday
lecture in the week following the week in which the homework was
assigned. Late homework will not be accepted.
Homework can be handed in at the start of class on Tuesday, or
before that, directly to me (in my office) or it can be left in my
pigeon hole in the mathematical physics department, Rm 1.11 (Monica
Harte's office). Please make sure your homework shows some cohesion as
well as your name and student number.
I encourage you to work on the homework in small groups; it is important to
learn to communicate about the subject. However, please make sure you do
fully understand the solutions to the problems and please write them up
from scratch, in your own words. For this week's homework, see the Weekly Schedule
Old exam papers
Some exam papers from previous years can be found here.
Feedback
If you have questions, comments or suggestions for the lectures and
the webpage (maybe you don't like green :)), then please send me an
email. I can't promise to make everybody happy,
but I will try.