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Interactive Physics Simulations
Kinematics
Motion in one dimension: Velocity, Acceleration and displacement
Motion in 1 D: Velocity vs. Speed
What is the difference between average acceleration and instantaneous acceleration?
Kinematics of Free Fall: Motion Under Gravity
Position, Displacement, Velocity & Acceleration in 2 D
Projectile Motion
2D Kinematics Simulation: Independence of Axes in Projectile Motion
Vectors
Vectors and Vector Addition
Components of a Vector
Newton's Laws of Motion
Newton's First Law of Motion: When ΣF = 0
How to Find Acceleration from Net Force
Why You Lurch Forward When the Bus Stops — Inertia Simulation
Normal Force: Why It Equals mg Only on a Flat Surface
Friction: How Static Force Builds to a Limit, Then Kinetic Takes Over
Which Way Does Friction Point on a Box in a Moving Truck?
Tension: Why an Ideal Rope Carries the Same Pull Throughout
Oscillations and Simple Harmonic Motion (SHM)
What is SHM and how is it defined?
Comparing Two Sinusoidal Waves in SHM
Displacement Velocity and Acceleration in Simple Harmonic Motion
Kinetic Energy and Potential Energy of a Simple Harmonic Oscillator
Visualize Harmonic Motion: Real-Time Simple Pendulum Force Analysis
Understanding angular frequency through circle reference model
Damped Oscillations: Why SHM Dies Out (and Gets Slower)
SHM: Mass Between Two Springs - Why Effective Spring Constant is 2k (Not k/2)
Ballistic Pendulum & Spring Systems: Calculating Amplitude and Velocity
Waves
Calculating Transverse Wave Dynamics: Why Wave Speed is Independent of Frequency
Traveling Wave Energy Distribution
Standing Waves and Resonance
Mechanics
Static and Kinetic Friction
Fluids
What are Streamlines in Bernoulli's Principle
Bernoulli's Principle
Archimedes' Principle
Archimedes' Principle - Conditions for Floatation
The Continuity Equation (varying height and pressure)
The Continuity Equation (Constant Height)
U-Tube Manometer Simulation — Visualizing Δp = ρgh
How Does a Mercury Barometer Work?
How Does Pascal's Law Help Lift Heavy Objects
Tension: Why an Ideal Rope Carries the Same Pull Throughout
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