MASSACHUSETTS INSTITUTE OF TECHNOLOGY
Department of Physics
Physics 8.01T
Fall Term 2004
In-Class Problems 2 and 3: Projectile Motion Solutions
We would like each group to apply the problem solving st
Massachusetts Institute of Technology
Department of Physics
Physics 8.01L
SAMPLE FINAL EXAM
SOLUTIONS
Problem 1
a) V =
N kT
P
, VN EW =
Nk T
3
P
10
=
10 N kT
3 P
,
V goes up
b) (i) F = mg = 8(10) = 8
MIT Department of Physics
Physics 8.02X
Spring 2005
Solution to Problem Set #2
Problem 1 (5 Points) Consider an infinite plane (non-conducting) with a uniform
negative surface charge density
(a) Draw
MASSACHUSETTS INSTITUTE OF TECHNOLOGY
Physics Department
8.044 Statistical Physics I
Spring Term 2004
Exam #4
Problem 1 (35 points) Flatland
FLATLAND, Edwin A. Abbot, 1884
Consider world, perhaps Abbo
Massachusetts Institute of Technology
Spring Term 2005
8.02X Electricity and Magnetism
Problem Set 2 and Experiment Problem LVPS
Issued:
Due:
Fri, Feb 4
Fri, Feb 18, 4PM <- note Date + Time!
Please no
Massachusetts Institute of Technology
Spring Term 2005
8.02X Electricity and Magnetism
Problem Set 3
Issued:
Due:
Wed, Feb 16
Fri, Feb 25, 4PM <- note Date + Time!
Reading suggestions (from Young & Fr
FINAL EXAM SAMPLE PROBLEMS
The Final Exam will be given on Monday, January 30 from 9 am - Noon
There will be no makeup exam.
You will be provided with a copy of the formula sheet during the exam. You
The position vector r of the point P.
The unit vectors.
The components x, y, z of the position vector r.
The components Ax, Ay, Az of an arbitrary vector A.
Vector A in two dimensions and its componen
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If)
a! L 1
DC): 23.: ' #(z w
w
c) «(4, 7-) = 2'1 DM wwv * 2% DM 1500? kw-w
at: Mat-mt
a 1 If X16!
d) a(T) ' Ja(;7