Physics 3A Last updated Nov 11, 2024 Save as PDF Detailed Licensing Front Matter Page ID104051 ( \newcommand{\kernel}{\mathrm{null}\,}\) Front MatterTitlePageInfoPageTable of ContentsLicensing0: Preface and Intro1: Applying Models to Thermal Phenomena1.1: Where are we Headed?1.2: Three-Phase Model of Pure Substances1.3: Energy-Interaction Model1.4: Working With the Energy-Interaction Model1.5: Units, Data Tables, and Equations1.6: Looking Ahead2: Applying Models to Mechanical Phenomena2.1: Where Are We Headed?2.2: Force2.3: Work2.4: Mechanical Energy2.5: Spring-Mass Oscillator2.6: Plotting Energies2.7: Force and Potential Energy2.8: Looking Back and AheadShow all3: Applying Particle Models to Matter3.1: Where we are headed3.2: Intro Particle Model of Matter3.3: Particle Model of Bond Energy3.4: Particle Model of Thermal Energy3.5: Looking Back and Ahead4: Models of Thermodynamics4.1: Where We Are Headed4.2: Work and Pressure4.3: Ideal Gas Model4.4: Intro Model of Thermodynamics4.5: Thermodynamics processes4.6: Second Law of Thermodynamics4.7: Looking Back and AheadShow all5: Newton's Laws of Motion5.1: Overview5.2: Overview of Vectors5.3: The Force model5.4: Applying the Force Model5.5: Wrap-up6: Momentum6.1: Overview6.2: Linear Momentum6.3: Applications of Momentum Conservation6.4: Angular Motion6.5: Rotational Inertia6.6: Torque6.7: Static Equilibirium6.8: Angular Momentum6.9: Summary of Linear and Angular Analogs6.10: Wrap-upShow all7: Force and Motion7.1: Overview7.2: Graphing Motion7.3: Kinematics7.4: Wrap-up8: Flow, Transport and Exponential8.1: Overview of Flow, Transport and Exponential8.2: Steady-State Energy-Density Model8.3: Static Fluids8.4: Fluid Flow8.5: Electric Circuits8.6: Resistors in Parallel and Series8.7: Circuit Problem Solving8.8: The Linear Transport Model8.9: Exponential Change Model8.10: Exponential Fluid Flow8.11: Exponential Charge Flow8.12: Wrap-upShow allBack MatterIndexGlossaryDetailed Licensing