Free Body Diagram & Static vs Kinetic Friction Simulator
Simulate static and kinetic friction transitions, free body diagram or...
Open SimulatorSTEM Interactive Simulations · 72 Visual Labs
Free interactive physics and math simulations with step-by-step derivations, exam-trap presets, printable worksheets and projector mode.
High-definition projector mode with real-time vector animations and student worksheets.
Classic word problems, rates, and set models with 100% private local computation.
Targeted misconception presets to tackle challenging exam trap questions.
Curated interactive experiment sequences for exam preparation and inquiry learning
Kinematics, free body diagrams, Newton's second law, pulley dynamics and collisions
Ray optics, refraction, circuit troubleshooting, density, and moments of forces
Buoyancy & Archimedes principle, lever balance, pulley systems, inclined plane efficiency, projectile motion, Newton's laws and momentum conservation.
Simulate static and kinetic friction transitions, free body diagram or...
Open SimulatorSimulate fixed and movable pulleys, block and tackle stringing rules (...
Open SimulatorInteractive lever balance condition F1*L1 = F2*L2, perpendicular momen...
Open SimulatorInteractive Archimedes overflow can experiment F_buoy = rho*g*V_disp, ...
Open SimulatorSimulate Pascal's principle p = F1/A1 = F2/A2 in hydraulic jacks, forc...
Open SimulatorDemystify the classic exam paradox: two opposing 5N pulls read 5N, NOT...
Open SimulatorSimulate F=ma dynamics, connected body systems, apparent weight in ele...
Open SimulatorSimulate Galileo's ideal incline experiment and rolling carts on towel...
Open SimulatorContrast action-reaction pairs with balanced forces. Demonstrate why r...
Open SimulatorSimulate ticker-tape paper strips, v-t graph slopes for acceleration, ...
Open SimulatorSimulate projectile motion vector decomposition: horizontal uniform mo...
Open SimulatorSimulate centripetal force Fn=mv²/r, convex bridge weightless takeoff,...
Open SimulatorSimulate Torricelli barometer experiment: tube tilt preserves vertical...
Open SimulatorSimulate Bernoulli's principle: higher airspeed over cambered airfoil ...
Open SimulatorSimulate inclined plane mechanical advantage: gentle slopes require le...
Open SimulatorConvex lens real-time ray tracing, Snell's law & total internal reflection, Young's double-slit interference, thin-film interference, Doppler effect, and standing waves.
Simulate convex and concave lens optical bench: ray diagrams, thin len...
Open SimulatorSimulate Snell's Law refraction: air to water/glass ray tracing, fishe...
Open SimulatorSimulate rectilinear propagation of light: pinhole inverted real image...
Open SimulatorSimulate plane mirror reflection: virtual image equal in size and symm...
Open SimulatorSimulate Newton prism dispersion: wavelength-dependent refractive inde...
Open SimulatorSimulate sound properties on an oscilloscope: amplitude dictates loudn...
Open SimulatorSimulate Doppler effect: frequency shift f' = f(v±v0)/(v∓vs), approach...
Open SimulatorSimulate wave optics: Young's double-slit interference fringe spacing ...
Open SimulatorSimulate the Photoelectric Effect: photon energy E=hν, work function W...
Open SimulatorSimulate SHM and mechanical transverse wave propagation: individual pa...
Open SimulatorSimulate dual-lens optical instruments: compound microscope (objective...
Open SimulatorSimulate forced oscillations and resonance: amplitude peaks when drivi...
Open SimulatorSeries & parallel Ohm's law, voltmeter internal/external error, closed-circuit EMF, Faraday induction & Lenz's law, Lorentz force deflection, and RC transient circuits.
Simulate series-parallel circuits, sliding rheostat dynamics ("series-...
Open SimulatorSimulate Ohm's law and volt-ampere resistance experiments: external wi...
Open SimulatorSimulate Joule's Law: Q = I²Rt heating, why nichrome stove elements gl...
Open SimulatorSimulate bulb brightness and rated vs actual power: resolve the 40W vs...
Open SimulatorSimulate Oersted effect and solenoid magnetism: Right-Hand Grip Rule (...
Open SimulatorSimulate Lorentz magnetic deflection: Left-Hand Rule, zero work theore...
Open SimulatorSimulate Faraday's Law E = n(ΔΦ/Δt) and Lenz's Law: plunging magnet in...
Open SimulatorSimulate DC electric motors: Ampere force torque, how the split-ring c...
Open SimulatorSimulate AC alternators: rotating armature with dual continuous slip r...
Open SimulatorSimulate ideal transformers: U1/U2 = n1/n2, I1/I2 = n2/n1, P_in = P_ou...
Open SimulatorSimulate fundamental digital logic gates: AND (series switches), OR (p...
Open SimulatorSimulate electrostatic principles: Coulomb's inverse-square law, elect...
Open SimulatorSimulate galvanometer modifications: series multiplier resistor for vo...
Open SimulatorFour-stroke internal combustion engine cycles, specific heat capacity equilibrium, Brownian motion & Maxwell-Boltzmann speeds, ideal gas PV/PT diagrams, and Carnot efficiency.
Simulate four-stroke internal combustion engines: valve sequencing, pi...
Open SimulatorSimulate specific heat capacity: Q = cmΔt heat calculations, water's i...
Open SimulatorSimulate phase change temperature curves: crystalline melting plateau ...
Open SimulatorSimulate thermal expansion and bimetallic strips: differential expansi...
Open SimulatorSimulate ideal gas thermodynamics: pV = nRT state transitions, isother...
Open SimulatorSimulate the ideal Carnot cycle: isothermal expansion, adiabatic expan...
Open SimulatorSimulate three heat transfer mechanisms: conduction (molecular collisi...
Open SimulatorSimulate Joule's landmark paddle-wheel experiment: falling weights rot...
Open SimulatorClassic bridge crossing, chain link overlap, simultaneous systems, and work rate problems. Designed for parent guidance and classroom exploration with 100% local in-browser computation.
Simulate train crossing bridges and tunnels: complete crossing s = bri...
Open SimulatorSimulate chain link interlocking lengths: each joint consumes 2 wall t...
Open SimulatorSimulate rope folding and cutting: folding n times and cutting m blade...
Open SimulatorSimulate the classical Chinese mathematical problem: 35 heads and 94 f...
Open SimulatorSimulate Isaac Newton's classic grazing problem: grass grows steadily ...
Open SimulatorInteractive visualizer for 5 classic elementary word problem paradigms...
Open SimulatorSimulate operations research optimization: frying 3 pancakes in 9 minu...
Open SimulatorSimulate age word problems: the fundamental principle that age differe...
Open SimulatorSimulate fraction arithmetic visually: why 1/2 + 1/3 ≠ 2/5 via common ...
Open SimulatorSimulate fundamental number theory: GCF floor tiling (covering a recta...
Open SimulatorSimulate clock hand dynamics: minute hand (6°/min) chases hour hand (0...
Open SimulatorSimulate the Pigeonhole Principle (Dirichlet box): n+1 pigeons in n ho...
Open SimulatorSimulate positional number systems: mechanical base-2 ball carry machi...
Open SimulatorSimulate fundamental mathematical sequences: young Carl Friedrich Gaus...
Open SimulatorArea equidecomposition, painted cube onion peeling & 11 nets folding, water displacement rod surge, Pythagorean theorem proofs, quadratic parabola moving-axis extrema, and Riemann sum integration.
Interactive 2D equidecomposition and shear visualizer: slicing a circl...
Open SimulatorMaster 3D spatial reasoning: interactive onion-peeling of an n×n×n pai...
Open SimulatorSimulate Archimedes water displacement for irregular solids and solve ...
Open SimulatorInteractive dynamic proof visualizer for the Pythagorean theorem: Zhao...
Open SimulatorMaster AP Calculus / College Calculus integration: dynamically adjust ...
Open SimulatorMaster quadratic functions and parabolas: vertex form transformations ...
Open SimulatorMaster trigonometry and wave functions: dynamic unit circle rotating p...
Open SimulatorConquer 3D shortest path problems via surface unfolding: interactively...
Open SimulatorSimulate the famous Coin Rolling Paradox (the flawed 1982 SAT math que...
Open SimulatorConquer conic sections: 3D cone slicing generating circles, ellipses, ...
Open SimulatorBegin with default presets to build an intuitive mental model, then manipulate key variables (focal length, mass, resistance, or angle) to observe dynamic relationships, and test misconception presets to identify conceptual boundaries.
Use Projector Mode to eliminate distractions on large displays. Use Share Link to distribute exact parameter states to students via hash-encoded URLs, and use Print Worksheet to generate physical inquiry sheets.
Covers middle and high school physics (mechanics, optics, electromagnetism, thermodynamics), AP Physics, IB Physics, GCSE Foundation Maths, and introductory calculus.
All kinetic and optical phenomena are computed numerically using governing physical laws in real time, with misconception presets verifying edge conditions.
No plugins or user accounts are required. All simulations run purely client-side via native HTML5 Canvas on desktops, tablets, and mobile devices.