Chapter 1: A Physics ToolkitInternet LabProblem of the WeekWeb LinksIn the NewsChapter 2: Representing MotionProblem of the WeekWeb LinksChapter 3: Accelerated MotionInternet LabProblem of the WeekWeb LinksChapter 4: Forces in One DimensionInternet LabProblem of the WeekWeb LinksChapter 5: Forces in Two DimensionsProblem of the WeekInclined Plane AppletWeb LinksIn the NewsChapter 6: Motion in Two DimensionsProblem of the WeekProjectile Motion AppletCircular Motion AppletBanked Curve AppletWeb LinksChapter 7: GravitationProblem of the WeekWeb LinksIn the NewsChapter 8: Rotational MotionProblem of the WeekLadder AppletWeb LinksChapter 9: Momentum and Its ConservationInternet LabProblem of the WeekPool Table AppletConservation of Angular MomentWeb LinksChapter 10: Energy, Work, and Simple MachinesProblem of the WeekWeb LinksChapter 11: Energy and Its ConservationProblem of the WeekRollercoaster AppletWeb LinksChapter 12: Thermal EnergyProblem of the WeekThermodynamics AppletWeb LinksChapter 13: States of MatterProblem of the WeekThermodynamics AppletBuoyancy AppletWeb LinksIn the NewsChapter 14: Vibrations and WavesProblem of the WeekWave Tank AppletWeb LinksChapter 15: SoundProblem of the WeekWeb LinksChapter 16: Fundamentals of LightProblem of the WeekWeb LinksChapter 17: Reflection and MirrorsProblem of the WeekOptics AppletWeb LinksChapter 18: Refraction and LensesProblem of the WeekOptics AppletWeb LinksChapter 19: Interference and DiffractionProblem of the WeekWeb LinksIn the NewsChapter 20: Static ElectricityProblem of the WeekWeb LinksChapter 21: Electric FieldsProblem of the WeekElectric Fields AppletWeb LinksChapter 22: Current ElectricityProblem of the WeekCircuits AppletWeb LinksIn the NewsChapter 23: Series and Parallel CircuitsProblem of the WeekCircuits AppletWeb LinksChapter 24: Magnetic FieldsProblem of the WeekMagnetic Field AppletWeb LinksChapter 25: Electromagnetic InductionProblem of the WeekInduction AppletWeb LinksChapter 26: ElectromagnetismProblem of the WeekWeb LinksChapter 27: Quantum TheoryProblem of the WeekWeb LinksChapter 28: The AtomProblem of the WeekWeb LinksChapter 29: Solid-State ElectronicsProblem of the WeekWeb LinksChapter 30: Nuclear PhysicsProblem of the WeekWeb Links
Chapter 1: A Physics ToolkitTeacherProblem of the WeekStudentInternet LabProblem of the WeekWeb LinksIn the NewsChapter 2: Representing MotionTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 3: Accelerated MotionTeacherProblem of the WeekStudentInternet LabProblem of the WeekWeb LinksChapter 4: Forces in One DimensionTeacherProblem of the WeekStudentInternet LabProblem of the WeekWeb LinksChapter 5: Forces in Two DimensionsTeacherProblem of the WeekStudentProblem of the WeekInclined Plane AppletWeb LinksIn the NewsChapter 6: Motion in Two DimensionsTeacherProblem of the WeekStudentProblem of the WeekProjectile Motion AppletCircular Motion AppletBanked Curve AppletWeb LinksChapter 7: GravitationTeacherProblem of the WeekStudentProblem of the WeekWeb LinksIn the NewsChapter 8: Rotational MotionTeacherProblem of the WeekStudentProblem of the WeekLadder AppletWeb LinksChapter 9: Momentum and Its ConservationTeacherProblem of the WeekStudentInternet LabProblem of the WeekPool Table AppletConservation of Angular MomentWeb LinksChapter 10: Energy, Work, and Simple MachinesTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 11: Energy and Its ConservationTeacherProblem of the WeekStudentProblem of the WeekRollercoaster AppletWeb LinksChapter 12: Thermal EnergyTeacherProblem of the WeekStudentProblem of the WeekThermodynamics AppletWeb LinksChapter 13: States of MatterTeacherProblem of the WeekStudentProblem of the WeekThermodynamics AppletBuoyancy AppletWeb LinksIn the NewsChapter 14: Vibrations and WavesTeacherProblem of the WeekStudentProblem of the WeekWave Tank AppletWeb LinksChapter 15: SoundTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 16: Fundamentals of LightTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 17: Reflection and MirrorsTeacherProblem of the WeekStudentProblem of the WeekOptics AppletWeb LinksChapter 18: Refraction and LensesTeacherProblem of the WeekStudentProblem of the WeekOptics AppletWeb LinksChapter 19: Interference and DiffractionTeacherProblem of the WeekStudentProblem of the WeekWeb LinksIn the NewsChapter 20: Static ElectricityTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 21: Electric FieldsTeacherProblem of the WeekStudentProblem of the WeekElectric Fields AppletWeb LinksChapter 22: Current ElectricityTeacherProblem of the WeekStudentProblem of the WeekCircuits AppletWeb LinksIn the NewsChapter 23: Series and Parallel CircuitsTeacherProblem of the WeekStudentProblem of the WeekCircuits AppletWeb LinksChapter 24: Magnetic FieldsTeacherProblem of the WeekStudentProblem of the WeekMagnetic Field AppletWeb LinksChapter 25: Electromagnetic InductionTeacherProblem of the WeekStudentProblem of the WeekInduction AppletWeb LinksChapter 26: ElectromagnetismTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 27: Quantum TheoryTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 28: The AtomTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 29: Solid-State ElectronicsTeacherProblem of the WeekStudentProblem of the WeekWeb LinksChapter 30: Nuclear PhysicsTeacherProblem of the WeekStudentProblem of the WeekWeb Links
Textbook Resources
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