Interactive virtual labs with 3D simulations, real-time calculations, and AI tutoring
Calculate time period and determine acceleration due to gravity with swinging animation.
Verify F = kx relationship and calculate spring constant with interactive spring simulation.
Study parabolic motion and calculate range, height, and time of flight with trajectory animation.
Measure diameter and thickness with 0.01 cm precision using interactive caliper simulation.
Ultra-precise measurements with 0.01mm accuracy for wire diameter and thin sheets.
Advanced SHM analysis with energy calculations, phase diagrams, and real-time graphing.
Study motion on slopes, calculate friction coefficient and acceleration down the plane.
Determine gravity by measuring time of freely falling objects with precision timing.
Verify vector addition using parallelogram method with interactive force diagram.
Study drag forces and terminal velocity with falling objects in different media.
Study rotational equilibrium and calculate torque using lever principle with force meter.
Verify energy conservation with pendulum and track PE ↔ KE transformations.
Study elastic and inelastic collisions and verify conservation of momentum.
3D thermometer with exponential temperature decay and cooling curve analysis with Chart.js.
Determine specific heat using calorimetry with temperature mixing simulation.
Verify PV = constant relationship with interactive gas simulation and pressure-volume graph.
Study V/T = constant with gas expansion visualization and temperature-volume plotting.
Determine latent heat of ice using calorimeter with phase change animation.
Calculate latent heat of steam with boiling water simulation and heat transfer.
Study linear and volumetric expansion with heated rod and liquid simulation.
Verify V=IR with interactive circuit and plot V-I characteristic curves.
Find unknown resistance using Wheatstone bridge principle with null point detection.
Measure EMF and internal resistance with high precision potentiometer setup.
Determine horizontal component using tangent galvanometer with compass deflection.
Study total internal reflection and find critical angle for water with interactive ray tracing.
Measure refractive index using minimum deviation method with VIBGYOR spectrum analysis.
Study light refraction with ray tracing and calculate refractive index using Snell's law.
Determine focal length using object-image method with ray diagram visualization.
Find focal length using u-v method and verify lens formula with real-time ray tracing.