Valaiaw A
Physics 211 Name:
Spring 2 011 Student ID:
Midterm Test 3 Lecture time:
To receive full or partial credit you must show yo or work clearly. If you need more space,
write on the reverse Side of the page.
Problem 1 (5 points)
A uniform solid cyl
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Physics 211H Name:
Fall 2013 Student ID:
Midterm Test 3 Lecture time:
To receive full or partial credit you must show your work clearly [except for the multiple choice
questions). If you need more space, write on the reverse side of the pag
me 4
Physics 2 11 Name:
Fall 2012 Student ID:
Midterm Test 3 Lecture time:
Recitation day and time:
To receive full or partial credit you must show your work clearly [ except for the multiple choice
questions). If you need more space, write on the reverse
Physics 211
Sample Midterm
Test # 3
NAME _
Recitation Time_
To receive full or partial credit on the first three questions, you must show your work clearly,
except for the multiple choice questions.
Multiple choice questions
1. An ice skater is spinning r
Midterm 1
Organic Chemistry 262
Spring Semester Feb. 4, 2016
(Rajca)
Name_
1. (20) _
2. (20) _
3. (20) _
4. (20) _
5. (20) _
TOTAL (100) _
No aids of any type (e.g., notes, crib sheets, etc.), except for molecular model sets,
are allowed while taking this
Physics 211 Name:_
Spring 2011 Student ID:_
Midterm Test 3 Lecture time:_
To receive full or partial credit you must show your work clearly. If you need more space,
write on the reverse side of the page.
Problem 1 (5 points)
A uniform solid cylind
Physics 211 Name:_
Spring 2011 Student ID:_
Midterm Test 3 Lecture time:_
To receive full or partial credit you must show your work clearly. If you need more space,
write on the reverse side of the page.
Problem 1 (5 points)
A uniform solid cylind
Practice test for Midterm Test 3
Physics 211
Multiple Choice 1 (5 points)
A uniform solid cylinder and a uniform solid sphere have equal masses. Both roll on a
horizontal surface without slipping. If their total
Answers for Sample Midterm 3_A
Multiple Choice
1B
2A
3D
4A
Problem 1: 31 rad/s
Problem 2: 0.51 N
Problem 3: a) 4050 J, b) 5900 J
Problem 4: mg/(2 tan()
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday February 10 : There are 6 problems.
Problem 1. Boundary Conditions Consider a flat interface between medium 1 and
medium 2 which possesses a positive surface charge density . The E-f
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday Feb 17th: Homework Set 5: Image charges, Separation of
variables. There are 4 problems.
Problem 1: IMAGE CHARGES
A point charge is q located at (+a, +b,0) in the x-y plane, near two
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wed Jan 27: Homework Set 2: Coulombs Law and Gauss Law. There are 5
problems on 7 pages
Problem 1. A semi-infinite wire lies on the negative z axis from z=0 to z= - with
constant linear positi
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday March 30th: Homework Set 9:magnetostatics: Current densities,
Lorentz law, Biot Savart law. There are 8 problems
Problem 1: Lorentz Force
Consider the following geometry of E and B f
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday March 9th : Homework Set 7. There are 5 problems.
Problem 1: Torque and energy of two dipoles Consider two ideal dipoles p1 and p2 a
distance r apart and oriented at right angles to
NAME:_
SHOW ALL YOUR WORK CLEARLY.
Due Wednesday Feb 3: Homework Set 3: Potential . There are 6 problems.
Problem 1. Consider a line of charge extending from z=0 to z=L along the positive z
axis. The charge per unit length is proportional to the cube of t
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday March 16th : Homework Set 8. There are 7 problems.
Problem 1: Point Charge in a Sphere
A point charge is located at the center of a dielectric sphere of radius R.
(a) Calculate D ( m
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday April 22rd : Homework Set 11: Magnetism in materials, H. There
are 8 problems.
Problem 1: Interaction energy of two dipoles and the force between them
A point dipole m1 is located at
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday March 2nd: Homework Set 6: Separation of variables and
Multipole expansion. There are 4 problems.
Problem 1: 4th Edition Griffiths 3.24
Problem 2: 4th Edition Griffiths 3.30
Problem
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday April 27th: Homework Set 12: Electromotive force and induction.
There are 6 problems.
Problem 1: 4th Edition Griffiths 7.6.
Problem 2: 4th Edition Griffiths 7.7.
Problem 3: 4th Editi
NAME:_
SHOW ALL WORK! USE RULERS FOR SKETCHES, PLOTS, ETC.
Due Wednesday April 6th: Homework Set 10: Magnetostatics: Vector Potential,
magnetic dipoles, magnetization. There are 3 problems
Problem 1: 4th Edition Griffiths 5.27.
Problem 2: 4th Edition Grif
Physics 451
HW Set 1 Due Wednesday, January 20th. There are five problems: 1.27, 1.28, 1.47, 1.56 and 1.63 from
Griffiths 4th Edition.
You must write your solutions clearly and show your work to receive credit.
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V62. A
Physics 211 Name:_,_, 1
Spring 2011 Student ID:
Midterm Test 1 Lecture time: _
Recitation time and instructor:
To receive full or partial credit you must sh ow your work clearly. If you need more
space, write on th
Physics 211
Spring 2011
Midterm Test 2
Name:_
Student ID:_
Lecture time:_
Recitation time and instructor:_
To receive full or partial credit you must show your work clearly. If you need more space,
write on the reverse side of the page.
Problem 1 (5 point