METRIS Physics Lab
Interactive simulations designed around the Singapore H2 Physics syllabus.
Mechanics
Motion, forces, momentum and circular motion.
Projectile Motion
AvailableExplore launch speed, angle, height, gravity, velocity vectors and trajectory.
Open simulationFree Fall
Coming soonInvestigate vertical motion under uniform gravitational acceleration.
In developmentCircular Motion
Coming soonVisualise centripetal acceleration, force and angular speed.
In developmentMomentum and Collisions
Coming soonCompare momentum before and after one-dimensional collisions.
In developmentThermal Physics
Temperature, gases and thermal energy.
Kinetic Model of Gases
Coming soonConnect molecular motion with pressure, temperature and volume.
In developmentIdeal Gas Processes
Coming soonExplore isothermal, isobaric and isochoric changes.
In developmentThermal Energy Transfer
Coming soonModel heating, cooling and changes of state.
In developmentWaves and Superposition
Wave behaviour, interference and stationary waves.
Wave Motion
Coming soonAdjust amplitude, frequency, wavelength and wave speed.
In developmentStationary Waves
Coming soonSee nodes, antinodes and normal modes form in real time.
In developmentInterference and Diffraction
Coming soonInvestigate path difference, phase and fringe patterns.
In developmentDoppler Effect
Coming soonObserve wavefront compression and frequency shifts.
In developmentElectricity and Magnetism
Fields, circuits, capacitance and induction.
Electric Fields
Coming soonMap field vectors, equipotentials and charged-particle motion.
In developmentDC Circuits
Coming soonBuild circuits and inspect current, potential difference and resistance.
In developmentCapacitors
Coming soonSimulate charging, discharging and stored energy.
In developmentMagnetic Fields
Coming soonExplore magnetic forces on charges and current-carrying conductors.
In developmentElectromagnetic Induction
Coming soonConnect changing flux, induced e.m.f. and Lenz’s law.
In developmentModern Physics
Quantum, nuclear and particle-scale phenomena.
Photoelectric Effect
Coming soonVary frequency and intensity to study electron emission.
In developmentQuantum Energy Levels
Coming soonVisualise transitions, photons and line spectra.
In developmentNuclear Decay
Coming soonExplore randomness, activity and half-life statistically.
In developmentNuclear Reactions
Coming soonTrack mass-energy changes in fission, fusion and reactions.
In development