Our search page now has two options. The top search engine returns curriculum based on single keywords, curriculum group, course level, as well as physics topics and skills.
If you are new to PhysicsLAB and need a more open, generalized, query then a second search engine, powered by Google, is available at the bottom of this page.

AAPT Quizzes Amusing Problems in Physics AP Free Response Questions CP Workbook Pages

Labs Massachussetts Assessment Tests NCFE Physics (not databased) NextTime Questions

NY Regents Physics Exams Resource Lessons Review Textbook Worksheets

Course:	Select Course Algebra/Trig Calculus Introductory	Curriculum Group:	Select Group AAPT Quiz Amusing Problems AP Free Response Question CP Workbook Lab MCAS Physics Exams NCFE Physics (not searchable) NextTime Question NY Regents Resource Lesson Review Textbook Resources Worksheet	Topic:	Select Topic APC Electromagnetism APC Mechanics Circular/Oscillatory Motion Comprehensive Dynamics Electric Currents Electrostatics Fluids Geometric Optics Ideal Gases Induction Introductory Mathematics Kinematics Linear Momentum Magnetic Fields Modern/Atomic Physical Optics Policies Rotary Motion Thermal Physics Thermodynamics Universal Gravitation Waves/Sound Work/Energy
Standard:	Select Standard SC.A.1.4.2 SC.A.1.4.3 SC.A.2.4.1 SC.A.2.4.3 SC.A.2.4.4 SC.A.2.4.6 SC.B.1.4.2 SC.B.1.4.3 SC.B.1.4.4 SC.B.1.4.6 SC.B.1.4.7 SC.B.2.4.1 SC.C.1.4.1 SC.C.1.4.2 SC.C.2.4.1 SC.C.2.4.2 SC.C.2.4.3 SC.C.2.4.4 SC.C.2.4.5 SC.C.2.4.6 SC.H.1.4.1 SC.H.1.4.3 SC.H.1.4.5 SC.H.1.4.6 SC.H.2.4.1 SC.H.2.4.2	Keyword:		Skill:	Select Skill 1D projectiles 1st Law of Thermodynamics 2D projectiles 2nd Law of Thermodynamics acceleration acceleration due to gravity acceleration-time graphs adiabatic process air resistance alpha particles ammeters Ampere's Law amplitude angular kinematics angular momentum angular velocity apparent depth Archimedes' Principle area under a curve atomic mass atomic number atomic spectra Atwood machine Avagadro's Number average speed average velocity banked curves beats Bernoulli's equation beta decay Biot-Savart Law Bohr atom Boltzmann's constant buoyant force calculating E from V capacitance carnot cycle cathode rays center of mass center of mass - discrete points center of mass - thin rod center of mass - uniform object centripetal acceleration centripetal force charge charged spheres charging methods circuits with capacitors coefficient of friction color addition/subtraction combinations of capacitors combinations of lenses combinations of resistors combined gas law components of forces Compton Effect conductivity conductors conical pendulums conservation of angular momentum conservation of charge conservation of energy conservation of linear momentum conservative forces continuity equation convection Coulomb's Law critical velocity curl rule data analysis Davisson-Germer Experiment de-excitation DeBroglie waves decibels density dieletrics differential equations for v(t) diffraction dispersion distance Doppler Effect drag drill and practice dual nature of matter dynamic equilibrium E vs R for conductors E vs R for insulators eddy currents efficiency of a heat cycle elastic collisions electric current electric field diagrams electric fields - conductors electric fields - continuous charge electric fields - parallel plates electric fields - point charges electric potential - continuous charge electric potential - parallel plates electric potential - point charge electric potential energy electromagnetic spectrum electron electronvolts energy energy level diagrams energy stored in an inductor energy stored in capacitors entropy equipotential surfaces estimating - orders of magnitude excitation extrapolate F = qE Faraday's Ice Pail Experiment Faraday's Law of Induction fission fixed-free reflections flux force on a current carrying wire force on a moving charge force vs displacement force vs time forces freebody diagrams frequency friction fusion galvanometers gamma decay gauge pressure Gauss' Law generators geometry - 180 degree triangles geometry - alt interior angles geometry - area geometry - central angle geometry - circumference geometry - parallel-plate capacitors geometry - radius geometry - similar triangles geometry - supplementary angles geometry - volume gratings gravitational fields gravitational mass half-life head-to-tail vector addition heat heat engines heat transfer hydrostatic pressure ideal gas law impulse incline planes index of refraction induced charge inductance inelastic collisions inertial mass insulators interference internal energy of a gas internal resistance interpolate inverse square law isobaric process isothermal process isotopes isovolumetric process Joule's Law Kepler's 1st Law Kepler's 2nd Law Kepler's 3rd Law kinematics equations kinetic energy kinetic theory of gases Kirchoff's Laws latent heat law of heat exchange Law of Reflection Law of Universal Gravitation lens in close combination Lens-Maker Equation linear momentum linear regression longitudinal LR - I vs t for charging/discharging LR - V vs t for charging/discharging LR circuits magnification mass mass spectrometer mass-energy equivalence measurement - angles measurement - line segments mechanical equivalence of heat mechanical waves metric system Michelson-Morley mirror equation moment of inertia momentum vs time motional emf motors net displacement neutrinos neutron Newton's 1st Law Newton's 2nd Law Newton's 3rd Law non-conservative forces nonmechanical waves normal nuclear stability curve Ohm's Law parallel plate capacitors parallel-axis theorem Pascal's Principle Pauli Exclusion Principle period permanent magnets photoelectric effect photon energy photon momentum physical pendulum plane mirrors polarization polarization of charge position-time graphs potential energy potential energy functions power = Fv power = IV power = W/t pressure - P = F/A properties proton PV diagrams quantization of energy radiation radioactive decay ray diagrams RC - I vs t for charging/discharging RC - Q vs t for charging/discharging RC - V vs t for charging/discharging RC circuits RC time constant real images reflection refraction resistance resistivity resonance patterns right hand rules rotational dynamics rotational equilibrium rotational kinematics Rutherford gold foil experiment satellites - circular satellites - elliptical scalars scientific notation seat of emf SHM significant figures simple pendulum single slit diffraction sinusoidal motion slope Snell's Law solenoids sound intensity specific heat speed of light spherical mirrors spherical thin lenses springs standing waves state variables static equilibrium strong force symmetry systems of two bodies tangential velocity temperature tensions terminal velocity terminal voltage thermal energy thermal expansion thermometric properties thin film interference thin lens equation torque total internal reflection transformers translational equilibrium transverse trig functions triple point uniform circular motion V vs R for conductors V vs R for insulators vector components vector cross products vector dot products vector resultants vectors velocity selector velocity-time graphs vertical circular motion virtual images voltage drops voltmeters warping space wave speed wavelength weak force weight work - W = Fd work = q(change in voltage) work as a dot product work done by/on gas work-energy theorem x-axis intercept y-axis intercept Young's Double Slit Experiment