All Visualizations

Showing 12 results

Ballistic Pendulum Conservation visualization thumbnail
AP PHYSICS C

Ballistic Pendulum Conservation

Analyze the classic dual-phase conservation problem. Shoot a bullet into a block to visualize the entirely inelastic momentum transfer and instantaneous loss of kinetic energy, followed by the pendulum swing where mechanical energy is perfectly conserved.

Meselson-Stahl DNA Replication visualization thumbnail
AP BIOLOGY

Meselson-Stahl DNA Replication

Replicate the most beautiful experiment in biology. Centrifuge radioactive nitrogen isotopes (15N vs 14N) across bacterial generations to generate heavy, hybrid, and light DNA bands proving semi-conservative replication.

Tax Incidence & Deadweight Loss Simulator visualization thumbnail
AP MICROECONOMICS

Tax Incidence & Deadweight Loss Simulator

Settle the debate over who actually pays taxes. Adjust Supply/Demand elasticities and apply an Excise Tax to instantaneously visualize the Consumer Burden (Blue), Producer Burden (Red), and the inefficient Deadweight Loss (Yellow).

Newton-Raphson Method Root Finder visualization thumbnail
AP CALCULUS AB

Newton-Raphson Method Root Finder

Track the wild convergence of Newton's Method. Place an initial guess x0 and watch iterative tangent lines slice toward the true polynomial root. Place the guess at a local minimum (f'(x)=0) to provoke absolute visual divergence.

Simpson's Paradox Visualizer visualization thumbnail
AP STATISTICS

Simpson's Paradox Visualizer

Unlock one of statistics' most counter-intuitive phenomenons. Observe two completely separate datasets that both exhibit strong POSITIVE correlations. Merge them together and watch the global line of best fit instantly reverse into a NEGATIVE correlation.

Millikan Oil Drop Experiment visualization thumbnail
AP PHYSICS 2

Millikan Oil Drop Experiment

Recreate the 1909 Nobel-winning experiment. Adjust the voltage across two capacitor plates to suspend falling oil drops in mid-air (qE = mg). Fire the X-Ray ionizer to randomly step the charge up or down in discrete quantized increments of 'e'.

Biot-Savart Law 3D Visualizer visualization thumbnail
AP PHYSICS C EM

Biot-Savart Law 3D Visualizer

Visualize the 3D magnetic field vectors B generated by steady currents. Switch between straight conductive wires, circular loops, and solenoids to understand the Right Hand Rule and spatial 1/r² decay.

Taylor Series Approximation visualization thumbnail
AP CALCULUS BC

Taylor Series Approximation

Watch Maclaurin series polynomials geometrically 'hug' a target original curve. Drag the slider to add higher-degree polynomial terms to sine, cosine, e^x, and ln(1+x), witnessing convergence intervals.

SN1 vs SN2 Mechanisms 3D visualization thumbnail
ORGANIC CHEMISTRY

SN1 vs SN2 Mechanisms 3D

Interactive 3D simulation of nucleophilic substitution reactions. Compare the concerted backside attack of an SN2 mechanism (inversion) with the stepwise planar carbocation of an SN1 mechanism (racemization).

Fourier Series Synthesizer visualization thumbnail
ELECTRICAL ENGINEERING

Fourier Series Synthesizer

Visualize how complex waveforms (square, sawtooth, triangle) are synthesized by summing harmonic sinusoids. Slide the N-harmonics parameter to observe the Gibbs phenomenon.

Gradient & Tangent Plane Explorer visualization thumbnail
CALCULUS III

Gradient & Tangent Plane Explorer

Interactive 3D multivariable calculus tool. Slide the coordinates to generate a dynamic tangent plane on a surface and visualize its gradient vector extending in the xy-plane.

R/S Stereocenter 3D Analyzer visualization thumbnail
ORGANIC CHEMISTRY

R/S Stereocenter 3D Analyzer

Interactive 3D visualization of tetrahedral chiral centers. Practice assigning Cahn-Ingold-Prelog (CIP) priorities, rotate molecules to place the lowest priority group in the back, and determine R or S configurations.