The temperature of the fluid sub-domain, the size of the particle, and the viscosity of the fluid sub-domain are directly proportional to the rate of molecular motion. These atoms and molecules are constantly in motion even if the liquid or gas seems to be completely still. The fluid sub-domain itself is composed of an enormous amount of very tiny atoms and molecules. What is Brownian Motion: Complete Explanationīrownian Motion is the random movement of particles suspended in a fluid sub-domain. Let’s take a look at what Brownian Motion is, how it was discovered and by whom, and what its applications are. Even children are mesmerized by motes of dust suspended in still air, though they don’t, of course, have an inkling that they’re observing Brownian Motion, well…in motion. While many chemical laws can’t be observed outside of a laboratory, everyone has witnessed Brownian Motion in action.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |