PhysicsLab brings your entire high school physics curriculum
to life. Stop memorising formulas from static textbook diagrams.
See the physics happen — animated, interactive, and finally
making sense.

Built by a student who struggled with physics. Every visual
that was missing from the textbook is now in your pocket.

⚡ 5 COMPLETE INTERACTIVE LABS:

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🍎 NEWTON'S LAWS LAB
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- Law 1 — Inertia & Friction
Slide objects across ice, wood and concrete
See friction force Ff fighting velocity v
Toggle gravity on and off

- Law 2 — F = ma
Apply the same force to different masses
Watch heavier objects accelerate slower
Live v, a, F readouts every frame

- Law 3 — Action & Reaction
Elastic collisions with adjustable mass
and bounciness coefficient
Rocket propulsion with exhaust animation
Animated thrust and reaction forces

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🎯 PHYSICS SHOT — PROJECTILE MOTION
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- Fire a cannon and watch the glowing
trajectory arc in real time
- Adjust launch angle and initial velocity
- Switch gravity between Earth, Moon,
Mars and Jupiter
- Choose your projectile — Cannonball,
Golf Ball, Baseball, Bowling Ball
- Real drag coefficient for each object
- Live range, max height and flight time

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🌊 WAVE LAB — HOLOGRAPHIC OCEAN
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- Travelling Wave — watch y(x,t) scroll live
with λ, A, T, v measurement rulers
- Standing Wave — see nodes and antinodes
form at resonant frequencies
- Interference — superimpose two waves,
adjust phase difference Δφ, watch
constructive and destructive interference
- Doppler Effect — moving source with
circular wavefronts compressing and
stretching, f_obs shown live

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⚡ OHM'S LAW LAB
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- Live animated circuit with glowing
electron particles
- Adjust voltage and resistance with sliders
- Watch current, power update every frame
- V = IR shown live as you experiment
- Power dissipation bar responds in real time

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〜 AC ELECTRICITY SUITE
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- Sine Wave Oscilloscope
Live voltage and current waveforms
scrolling exactly like a real oscilloscope

- Rotating Phasor Diagram
The hardest AC concept — finally visual
Watch the arrow rotate and project onto
the sine wave in real time

- Electrons in the Wire
See electrons oscillate back and forth
Watch the bulb brightness respond to Vrms

- Transformer Lab
Animated primary and secondary coils
Step voltage up and down with turns ratio
V2/V1 = N2/N1 shown live

- Reactive RLC Lab
Resistance, Inductance and Capacitance
Impedance Z, phase angle φ, power live
The most advanced AC simulation on mobile

- Advanced Oscilloscope
Volts/Div and Time/Div controls
DC vs AC comparison side by side

🔬 WHAT YOU WILL LEARN:
- Newton's three laws of motion
- Projectile motion with air resistance
- Wave equation y(x,t) = A sin(kx − ωt)
- Superposition and interference
- Doppler effect and observed frequency
- Ohm's Law V = IR and power P = V²/R
- AC voltage V(t) = Vp × sin(ωt)
- RMS voltage and why it matters
- Transformer equation V2/V1 = N2/N1
- Impedance Z in RLC circuits

🎯 PERFECT FOR:
- High school physics students Grade 9–12
- GCSE Physics — AQA, Edexcel, OCR
- A-Level Physics
- AP Physics 1 and 2
- IB Physics
- SAT Physics Subject Test
- Anyone who finds physics impossible
to picture from a textbook

The formulas in your textbook are correct.
But they cannot show you the electrons moving,
the phasor rotating, the wavefronts compressing,
the rocket reacting to its own exhaust.