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Honors Freshman Physics Second Semester Final Exam Review Topics The following concepts will be covered on the final exam, in a multiple choice format. You should be able to deal with each topic conceptually, and where appropriate, computationally. force net force force diagrams gravitational force weight and its units force units normal force frictional force terminal velocity Newton’s 2nd Law of Motion mass and its units energy energy storage mechanisms energy transfer mechanisms gravitational energy work heat radiation kinetic energy conservation of energy power energy bar graphs energy bar graphs dissipated energy work, energy, and power units elastic energy energy equations batteries continuous conducting path electric charge flow rate electric current capacitor electric pressure electric pressure difference electric potential difference amperes volts coulombs magnetic compass voltmeter ammeter electric resistance ohms Ohm’s Law capacitance series circuits parallel circuits equivalent resistance CASTLE color coding Types of charge (positive, negative) charging by induction conduction charging by conduction conductors vs. insulators polarization of charge electrostatic force charge identification with neon bulbs inverse square laws electrons, protons, atoms elements ions isotopes electric field definition electric field direction gravitational vs. electric force Hooke’s Law displacement/amplitude equilibrium amplitude frequency period wavelength wave velocity wave interference superposition fixed end wave reflections free end wave reflections wave behavior at boundaries wave speed transverse waves longitudinal waves compressional waves/longitudinal waves on springs nodes antinodes crests troughs periodic waves standing waves APPROXIMATE BREAKDOWN OF EXAM TOPICS Newton’s Laws Energy DC Circuits (CASTLE) Electrostatics Mechanical Waves 25% 20% 20% 20% 15% All questions on the exam will be conceptually oriented, with approximately one-third having a computational emphasis as well! The required portion of the test will be in multiple choice format. You may bring one 3" by 5" notecard (both sides) which may contain equations, physical constants, and conversion factors only. No notes of any kind, including diagrams or examples are allowed on the card. Scraps of paper, regardless of size do not qualify as notecards, and you may not use them. The Final Exam will take place on Friday, May 23, from 10:20 to 11:50 a.m. The exam will be 90 minutes in duration. Note: Lab Portfolios must be turned in to me directly no later than 8:00 a.m on 5/23. Lab Portfolios will tentatively be scored according to the following guide. No credit will be given to portfolios that are less than 75% complete. Honors Freshman Physics Lab Porfolio Scoring Guide 1 Turned in on time /30 2 Complete /30 3 Properly Bound /15 4 Table of Contents /15 5 Page Numbers /10 Total /100