Paul Mikulski
Associate Professor, Physics
mikulski@usna.edu
410-293-6669
CH255

sp212_spring2014_equations.pdf
sp212_spring2014_cps.pdf
wp_progress.png

sp212_spring2014_exam1.pdf  sp212_spring2014_exam1_solutions.pdf  W4     Monday Jan 27 ***** Exam 1 *****
sp212_spring2014_exam2.pdf  sp212_spring2014_exam2_solutions.pdf  W6     Monday Feb 10 ***** Exam 2 *****
sp212_spring2014_exam3.pdf  sp212_spring2014_exam3_solutions.pdf  W9    Tuesday Mar  4 ***** Exam 3 *****
sp212_spring2014_exam4.pdf  sp212_spring2014_exam4_solutions.pdf  W12    Monday Mar 31 ***** Exam 4 *****
W15    Monday Apr 21  ***** Exam 5 *****
W16    Monday Apr 28  ***** Exam 6 *****
                                                                  W1    Tuesday Jan  7 Open                                   first day of class, administration
sp212_spring2014_ips01.pdf  sp212_spring2014_ips01_solutions.pdf  W1  Wednesday Jan  8 IPS  1 21.1-4 Q3 5 P7 17 40            Coulombs's law
sp212_spring2014_ips02.pdf  sp212_spring2014_ips02_solutions.pdf  W1   Thursday Jan  9 IPS  2 21.4-6 Q2 7 P21 23 33 36        Coulomb's law
sp212_spring2014_ips03.pdf  sp212_spring2014_ips03_solutions.pdf  W1     Friday Jan 10 IPS  3 22.1-5 Q3 5 P2 9 11             E fields

sp212_spring2014_ips04.pdf  sp212_spring2014_ips04_solutions.pdf  W2     Monday Jan 13 IPS  4 22.6-7 Q6 11 P23 28 31 35       continuous charge distributions
sp212_spring2014_ips05.pdf  sp212_spring2014_ips05_solutions.pdf  W2    Tuesday Jan 14 IPS  5 22.8-9 Q1 8 P39 42 56 59        charges and dipoles in E fields
                                     sp212_spring2014_lab01a.pdf  W2  Wednesday Jan 15 Lab 1A                                 Coulomb's law
sp212_spring2014_ips06.pdf  sp212_spring2014_ips06_solutions.pdf  W2   Thursday Jan 16 IPS  6 23.1-4 Q1 3 4 P3 4 6 9          flux, Gauss' law
                                     sp212_spring2014_lab01b.pdf  W2     Friday Jan 17 Lab 1B                                 Coulomb's law

                                                                  W3     Monday Jan 20 -------------------------------------  ML King day (no classes)
sp212_spring2014_ips07.pdf  sp212_spring2014_ips07_solutions.pdf  W3    Tuesday Jan 21 IPS  7 23.4-5 P14 15 17 21             Gauss' law, conductors
sp212_spring2014_ips08.pdf  sp212_spring2014_ips08_solutions.pdf  W3  Wednesday Jan 22 IPS  8 23.6-9 P25 33 36 44             Gauss' law and symmetry
sp212_spring2014_ips09.pdf  sp212_spring2014_ips09_solutions.pdf  W3   Thursday Jan 23 IPS  9 24.1-5 Q2 4 P2 6 7 8            electric potential, V from E
sp212_spring2014_ips10.pdf  sp212_spring2014_ips10_solutions.pdf  W3     Friday Jan 24 IPS 10 24.6-8 Q1 3 P14 19 21           V for a system of point charges

sp212_spring2014_exam1.pdf  sp212_spring2014_exam1_solutions.pdf  W4     Monday Jan 27 ***** Exam 1 *****
sp212_spring2014_ips11.pdf  sp212_spring2014_ips11_solutions.pdf  W4    Tuesday Jan 28 IPS 11 24.9-10 Q10 P23 24 34 35        continuous distributions, E from V
                                                                  W4  Wednesday Jan 29 Lab  2                                 electric fields
sp212_spring2014_ips12.pdf  sp212_spring2014_ips12_solutions.pdf  W4   Thursday Jan 30 IPS 12 24.11 P41 43 44 45              energy for a system of point charges
sp212_spring2014_ips13.pdf  sp212_spring2014_ips13_solutions.pdf  W4     Friday Jan 31 IPS 13 24.12 P62 63 64 66              potential of an isolated conductor

sp212_spring2014_ips14.pdf  sp212_spring2014_ips14_solutions.pdf  W5     Monday Feb  3 IPS 14 25.1-3 Q1 P2 3 4 6              calculating capacitance
sp212_spring2014_ips15.pdf  sp212_spring2014_ips15_solutions.pdf  W5    Tuesday Feb  4 IPS 15 25.4 Q2 3 7 P8 10 14            capacitors in parallel and series
                                                                  W5  Wednesday Feb  5 Lab 3A                                 equipotential surfaces
sp212_spring2014_ips16.pdf  sp212_spring2014_ips16_solutions.pdf  W5   Thursday Feb  6 IPS 16 25.5 Q9 P29 30 33               E field energy density
                                                                  W5     Friday Feb  7 Lab 3B                                 equipotential surfaces

sp212_spring2014_exam2.pdf  sp212_spring2014_exam2_solutions.pdf  W6     Monday Feb 10 ***** Exam 2 *****
sp212_spring2014_ips17.pdf  sp212_spring2014_ips17_solutions.pdf  W6    Tuesday Feb 11 IPS 17 25.6-7 Q10 P40 41 43            dielectric materials
sp212_spring2014_ips18.pdf  sp212_spring2014_ips18_solutions.pdf  W6  Wednesday Feb 12 IPS 18 26.1-4 Q2 3 P3 7 14 19          current and resistance
                                                                  W6   Thursday Feb 13 Lecture Demo 4                         go directly to CH100
sp212_spring2014_ips19.pdf  sp212_spring2014_ips19_solutions.pdf  W6     Friday Feb 14 IPS 19 26.4-7 Q6 8 P23 29 39 43        Ohm's law, power in electric circuits

                                                                  W7     Monday Feb 17 -------------------------------------  Washington's birthday (no classes)
sp212_spring2014_ips20.pdf  sp212_spring2014_ips20_solutions.pdf  W7    Tuesday Feb 18 IPS 20 27.1-5 Q7 P1 5 10               emf, single-loop circuits
                                                                  W7  Wednesday Feb 19 Lab 4A                                 capacitors and simple circuits
sp212_spring2014_ips21.pdf  sp212_spring2014_ips21_solutions.pdf  W7   Thursday Feb 20 IPS 21 27.5-8 Q1 2 3 5 P21 24 37 50    multiloop circuits
                                                                  W7     Friday Feb 21 Lab 4B                                 capacitors and simple circuits

sp212_spring2014_ips22.pdf  sp212_spring2014_ips22_solutions.pdf  W8     Monday Feb 24 IPS 22 27.9 Q11 P57 59 61              RC circuits
sp212_spring2014_ips23.pdf  sp212_spring2014_ips23_solutions.pdf  W8    Tuesday Feb 25 IPS 23 28.1-4 Q1 5 6 P3 7 9 11         how charges respond to B fields
                                     sp212_spring2014_lab05a.pdf  W8  Wednesday Feb 26 Lab 5A                                 RC Circuits
sp212_spring2014_ips24.pdf  sp212_spring2014_ips24_solutions.pdf  W8   Thursday Feb 27 IPS 24 28.5-6 Q7 8 P14 17 25 26        Hall effect, circulating particles
                                     sp212_spring2014_lab05b.pdf  W8     Friday Feb 28 Lab 5B                                 The Junction Rule

sp212_spring2014_exam3.pdf  sp212_spring2014_exam3_solutions.pdf  W9    Tuesday Mar  4 ***** Exam 3 *****
sp212_spring2014_ips25.pdf  sp212_spring2014_ips25_solutions.pdf  W9    Tuesday Mar  4 IPS 25 28.8-10 Q9 P40 41 51 56         current-carrying wires, dipole moment
                                                                  W9  Wednesday Mar  5 Lab 6A                                 magnetic fields
                                                                  W9   Thursday Mar  6 Lecture Demo 5                         go directly to CH100
                                                                  W9     Friday Mar  7 Lab 6B                                 magnetic fields

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# SPRING BREAK Saturday March 8-Sunday March 16
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sp212_spring2014_ips26.pdf  sp212_spring2014_ips26_solutions.pdf  W10    Monday Mar 17 IPS 26 29.1-3 Q3 5 P7 10 12 29          the Biot-Savart law
sp212_spring2014_ips27.pdf  sp212_spring2014_ips27_solutions.pdf  W10   Tuesday Mar 18 IPS 27 29.3-4 Q1 2 7 P37 40 43 45       interacting wires, Ampere's law
                                                                  W10 Wednesday Mar 19 Lab 7A                                  forces between wires
sp212_spring2014_ips28.pdf  sp212_spring2014_ips28_solutions.pdf  W10  Thursday Mar 20 IPS 28 29.5-6 P51 53 56 59              solenoids, toroids, single coil
                                                                  W10    Friday Mar 21 Lab 7B                                  forces between wires

sp212_spring2014_ips29.pdf  sp212_spring2014_ips29_solutions.pdf  W11    Monday Mar 24 IPS 29 30.1-4 Q1 3 P2 5 15 19           Faraday's law and Lenz's law
sp212_spring2014_ips30.pdf  sp212_spring2014_ips30_solutions.pdf  W11   Tuesday Mar 25 IPS 30 30.5-8 Q4 5 P29 36 40 44 45      inductors and inductance
                                                                  W11 Wednesday Mar 26 Lab 8A                                  Faraday's law and induction
sp212_spring2014_ips31.pdf  sp212_spring2014_ips31_solutions.pdf  W11  Thursday Mar 27 IPS 31 30.9-11 Q9 P51 55 61 67 69       RL circuits, stored energy
                                                                  W11    Friday Mar 28 Lab 8B                                  Faraday's law and induction

sp212_spring2014_exam4.pdf  sp212_spring2014_exam4_solutions.pdf  W12    Monday Mar 31 ***** Exam 4 *****
sp212_spring2014_ips32.pdf  sp212_spring2014_ips32_solutions.pdf  W12   Tuesday Apr  1 IPS 32 31.1-4 Q6 P3 6 10 13             LC circuits
sp212_spring2014_ips33.pdf  sp212_spring2014_ips33_solutions.pdf  W12 Wednesday Apr  2 IPS 33 32.1-5 Q1 2 P2 5 13 24           Maxwell's equations
sp212_spring2014_ips34.pdf  sp212_spring2014_ips34_solutions.pdf  W12  Thursday Apr  3 IPS 34 33.1-4 Q1 4 P1 3 4 5             electromagnetic waves
sp212_spring2014_ips35.pdf  sp212_spring2014_ips35_solutions.pdf  W12    Friday Apr  4 IPS 35 33.5-6 P9 13 22 29               the Poynting vector

sp212_spring2014_ips36.pdf  sp212_spring2014_ips36_solutions.pdf  W13    Monday Apr  7 IPS 36 33.7-8 Q5 6 P34 35 37 45 47 55   polarization, Snell's law
sp212_spring2014_ips37.pdf  sp212_spring2014_ips37_solutions.pdf  W13   Tuesday Apr  8 IPS 37 33.8-10 Q7 9 P57 58 65 69        total internal reflection
sp212_spring2014_ips38.pdf  sp212_spring2014_ips38_solutions.pdf  W13 Wednesday Apr  9 IPS 38 34.1-5 Q1 4 5 P2 7 9 11 15       mirrors
sp212_spring2014_ips39.pdf  sp212_spring2014_ips39_solutions.pdf  W13  Thursday Apr 10 IPS 39 34.6-7 Q7 9 P33 35 37 41 51 53   lenses
sp212_spring2014_ips40.pdf  sp212_spring2014_ips40_solutions.pdf  W13    Friday Apr 11 IPS 40 35.1-4 Q1 2 P3 5 13 14 15 19 20  diffraction, Young's experiment

sp212_spring2014_ips41.pdf  sp212_spring2014_ips41_solutions.pdf  W14    Monday Apr 14 IPS 41 35.7-8 Q11 12 P35 36 79          thin films, Michelson
sp212_spring2014_ips42.pdf  sp212_spring2014_ips42_solutions.pdf  W14   Tuesday Apr 15 IPS 42 36.1-7 Q5 7 P1 5 21 25           single-slits, circular apertures
                                                                  W14 Wednesday Apr 16 Lab 9A                                  thin lenses
sp212_spring2014_ips43.pdf  sp212_spring2014_ips43_solutions.pdf  W14  Thursday Apr 17 IPS 43 36.8-9 Q8 9 10 P45 50            diffraction gratings
                                                                  W14    Friday Apr 18 Lab 9B                                  thin lenses

                                                                  W15    Monday Apr 21 ***** Exam 5 *****
                                                                  W15   Tuesday Apr 22 Open
                                                                  W15 Wednesday Apr 23 Lab 10A                                 diffraction gratings    
                                                                  W15  Thursday Apr 24 Lecture Demo 6                          go directly to CH100
                                                                  W15    Friday Apr 25 Lab 10B                                 diffraction gratings

                                                                  W16    Monday Apr 28 ***** Exam 6 *****
                                                                  W16   Tuesday Apr 29 Open                                    last day of class