END of the SEMESTER UPDATE and AGENDA LECTURE Chapter s TOPICS ASSIGNMENTS QUIZZES DATE NOVEMBER M 26 W 28 DECEMBER M 3 29 30 POTENTIAL POTENTIAL ENERGY The ENERGY THEOREMS applied The Connection between the ELECTRIC FIELD and the ELECTRICAL POTENTIAL Capacitors x 31 BASICS of ELECTRICAL CIRCUITS CURRENT I V RELATIONSHIPS KIRCHOFF s JUNCTION and LOOP LAWS 31 32 CURRENT VOLTAGE and POWER DISTRIBUTION in SIMPLE ELECTRICAL CIRCUITS W 5 EXAM III Chapters 26 27 28 29 30 x 31 and 32 TOPICS Coulomb s Law Electric Field Gauss Law Potential potential energy and possibly Circuits M 10 REVIEW W 12 Possible PROBLEM SOLVING SESSION F 14 FINAL EXAM 6 30 8 30 ARMORY 0126 Alternative FINAL EXAM date time TBA QUIZZES XII XIII XIV Coulomb s Law and the Electric Field due QUIZZES XV and XVI Gauss Law in Discussion QUIZZES XVII XVIII XIX XX Potential Potential Energy and the Energy Theorems Circuits due NO CONCEPTUAL QUESTIONS One PROBLEM posted on ELMS Tuesday after 4 00 to be completed and submitted with the EXAM on WEDNESDAY Four 4 additional PROBLEMS on the in class portion of the EXAM Equation Sheet provided Possible Problem Solving Session W 3 4 15 location TBA FORMAT Six 25 point 5 part PROBLEMS TOPICS Simple Harmonic Motion Waves Standing Waves Calorimetry First Law Thermodynamic Cycle Coulomb s Law and Gauss Law EQUATION SHEET provided with the FINAL X Optional material No additional HW ASSIGNMENTS for the remainder of the semester HW grade 10 based on eight 8 best HW grades See below for a list of RECOMMENDED PROBLEMS for each Chapter QUIZ grade 10 based on the ten 10 best quiz grades Check ELMS DOCUMENTS for QUIZ SOLUTIONS RECOMMENDED PROBLEMS Recommended to do at least 65 of the recommended problems covering the non optional material Consult with the TAs the SLAWSKY CLINIC staff study groups fellow classmates and or Dr Rapport for solutions CHAPTER Sections TOPICS RECOMMENDED PROBLEMS 26 27 28 29 31 32 30 Charge Coulomb s Law and Superposition The Electric Field and Superposition Electric Flux and Gauss Law applied Potential Potential energy and the Energy Theorems The Electric Field Potential Connection Capacitors Circuit Fundamentals Current Resistance Voltage Kirchoff s Laws Circuits Current Voltage Power Distribution in Simple DC Circuits RC Circuit 37 43 48 52 76 11 28 30 32 47 48 37 39 46 48 53 54 26 28 41 46 66 68 69 4 5 16 44 47 52 21 25 28 58 60 29 42 7 8 11 14 21 23 27 36 71 73 Optional material
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