Archimedes' Principle Simulation
Buoyancy from displaced fluid weight
Archimedes’ principle: the buoyant force equals the weight of displaced fluid.
What Is Archimedes' Principle?
Archimedes' Principle is a thermodynamics law that describes buoyancy from displaced fluid weight. This page visualizes the phenomenon with interactive controls so you can change parameters and observe how the model responds.
What To Observe
- Watch how the visual pattern or system response changes as you adjust the controls for Archimedes' Principle.
- Relate each visual change to the core phenomenon shown here: buoyancy from displaced fluid weight.
- Use repeated runs with one parameter changed at a time to build intuition.
Related Simulations
Ideal Gas Law Particle box and piston illustrating PV = nRT Brownian Motion Random walk from microscopic collisions Heat Conduction Temperature diffusion through a rod Carnot Engine Ideal heat-engine cycle and efficiency limit Entropy Visualization Mixing and multiplicity as a visual entropy proxy Phase Transitions Heating curve with melting and boiling plateaus Bernoulli's Principle Speed-pressure tradeoff in ideal fluid flow Laminar vs Turbulent Flow Ordered flow transitioning toward turbulent mixing Venturi Effect Throat acceleration and pressure drop in a constriction Convection Cells Buoyancy-driven circulation from heated boundaries Thermal Expansion Linear expansion of solids with temperature Maxwell-Boltzmann Gas particle speed distribution
Try These Experiments
- Start with default settings, then change one slider at a time.
- Record what increases, decreases, or becomes unstable as parameters vary.
- Use screenshots or notes to compare patterns between runs.
Real-World Applications
- Thermodynamics lessons and classroom demonstrations
- Self-study and concept reinforcement
- Interactive support for STEM presentations