This short animation briefly explains simple diffusion across a membrane. If you'd like a more in-depth explanation, you can check out the longer version here: • Diffusion Animation!

Explore diffusion with interactive simulations, adjusting variables like concentration and temperature to observe their effects on the process.

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This animation shows the diffusion of ammonia (NH3) into air (a mix of O2 and N2) at two different temperatures. The bottom panel shows a temperature nearly twice that of the top panel.

Feb 5, 1998 · Diffusion Across Membranes | This animation describes two different ways by which chemicals migrate through membranes: passive diffusion and active transport.

One of the most important processes in biology is diffusion, the movement of particles from high concentration to low concentration. This process is passive, meaning that NO energy is used by the...

When the "Start Diffusion" button is clicked, the atoms will all begin to move at the same velocity, but each in a randomly-selected direction. In this model, atoms do not interact with one another, only …

Dynamic diffusion simulation showing molecular movement and concentration gradients. Ideal for studying transport phenomena in chemistry and physics.

"How Diffusion Works." The screen transitions to a diagram of a glass beaker filled with fluid; within the fluid, random molecules move freely and are evenly distributed throughout the fluid.

Dec 26, 2024 · Media in category "Animations of diffusion" The following 27 files are in this category, out of 27 total.