[DOC] [TLE] Brownian motion - Wikipedia [PAR] Brownian motion or pedesis is the random motion of particles suspended in a 
fluid resulting from their collision with the fast-moving atoms or molecules in the 
gas or liquid. ... You will see a multitude of tiny particles mingling in a multitude of 
ways... their .... The second moment is, however, non-vanishing, being given by. [DOC] [TLE] Atoms - Chemistry Encyclopedia - reaction, water, elements, gas ... [PAR] Atoms were supposed to be in random perpetual motion in a void; that is, in 
nothingness. ... Color blindness is a disadvantage for a chemist, who must be 
able to see ... that all mattergaseous, liquid, and solidconsists of these small 
particles. ... The relative numbers and kinds of atoms are constant in a given 
compound. [DOC] [TLE] General Chemistry Online: Glossary: Matter [PAR] in which solid particles or liquid droplets are suspended in a gas. ... composed of 
tiny particles suspended in another material. ... The process of increasing the 
amount of substance in a given amount of ... The mixing of two substances 
caused by random molecular motions. .... an object possesses by virtue of its 
motion. [DOC] [TLE] Suspensions, Emulsions and Colloids - EDinformatics Home Page [PAR] The particles in a colloid can be solid, liquid or bubbles of gas. ... Colloids may be 
colored or translucent because of the Tyndall effect, which is the ... Brownian 
motion is the random movement of colloidal particles suspended in a liquid or 
gas, ... Emulsions are an example of colloids composed of tiny particles 
suspended in... [DOC] [TLE] Brownian motion | physics | Britannica.com [PAR] Dec 3, 2015 ... (Left) Random motion of a Brownian particle; (right) random ... motion are present 
in a given medium and there is no preferred direction for the random ... random 
movement of microscopic particles suspended in a liquid or gas. ... More 
systematic investigation in 1889 determined that small particle size and... [DOC] [TLE] Colloid - examples, body, water, life, type, gas, parts, substance [PAR] In muddy water, for example, the colloidal particles are tiny grains of sand, silt, 
and clay. The dispersing medium is the water in which these particles are 
suspended. Colloids can be made from almost any combination of gas, liquid, 
and solid. ... Brownian movement is the random zigzag motion of particles that 
can be seen... [DOC] [TLE] Movement of Particles - Department of Education and Training [PAR] Apr 17, 2014 ... However, the fact that students may be able to draw the usual static 
arrangements of particles in solids, liquids and gases does not mean that... [DOC] [TLE] Lesson 3: Unique Properties at the Nanoscale Student ... - NanoSense [PAR] example we have information about gold's optical properties (such as color ... 
given substance (gold always acts the same no matter how much of it you ..... 
Brownian Motion is the random movement of tiny particles suspended in a gas or 
a liquid resulting from bombardment by the fast moving particles of the gas or 
liquid. [DOC] [TLE] World Year of Physics - Special Report | NSF - National Science ... [PAR] Let's assume that it can radiate energy only in tiny, discrete steps. ... was not a 
collection of waves, but was actually a gas of discrete particles. .... of Small 
Particles Suspended in a Stationary Liquid," appeared in Annalen der ... The 
result, said Einstein, would be random movements that never stop: the Brownian 
motion. [DOC] [TLE] LESSON PLAN [PAR] Students relate macroscopic properties of matter (is it solid, liquid, or gas) to its ... 
diagram as an easy way to predict the state of a given material at a particular T 
and P ... Brownian motion and diffusion are caused by random motion of 
molecules ... We explain the different states of matter using particle theory/kinetic 
theory - it... [DOC] [TLE] Silver Colloids: Definition of Terms - Colloidal Silver [PAR] adsorption - 1) The formation of a layer of gas, liquid, or solid on the surface of a 
... A clumped mass of material

Question: Colorful name given the random movement of tiny particles suspended in a gas or liquid
Answer: Brownian motion