Only at a TEMPERATURE of Absolute Zero. There is no Molecular motion at that point.
Sound wave's transmit energy and not matter because sound travels from particle to particle transferring only energy. That is why when sound travels only the energy travels and the particles just collide with each other but stay in their positions.
In the particle theory, condensation occurs when gas particles lose energy and come closer together, forming a liquid. This happens when the temperature of the gas lowers to the point where the particles no longer have enough energy to stay in a gaseous state. As they slow down and come closer together, they form a liquid through the process of condensation.
gravity causes big particles to come back down to the ground but the little particles stay floating in the air because the wind (caused by movement of things) makes them continue to move along the air.
Atomic physicists do not fully understand why all atomic particles stay together within an atom because the forces that hold them together, such as the strong nuclear force, are complex and not yet fully understood.
Reference point.
No. The individual particles of the medium wiggle back and forth, but stay in the same average position. It's the wiggle that travels from the source to the receiver, like the 'wave' through the grandstand.
The particles in an emulsion are typically on the scale of nanometers to micrometers in size. These particles are dispersed in a liquid medium, such as oil droplets in water or vice versa. The small size of the particles helps them stay suspended in the liquid without settling out.
No, that is simply liquid in a container. It happens that milk is actually a colloidal dispersion, which means that microscopic particles are evenly distributed in a (semi) liquid medium that will stay together. A suspension means that slightly larger particles are evenly distributed in a (semi) liquid medium that will ultimately separate again.
That all depends on if you want it Medium or Medium well
opposites attract. the particles are attracted to the positively charged particles.
The particles stay rigid in all states.
In solids, particles tend to stay still, and are close together
Liquid particles are loosely packed in the container. They do move around but the particles are bond to each other loosely. So the liquid particles stay together.
Depends on the size of the particles.
Aluminum particles can stay airborne for several days when released into air
It depends if it's a solid, liquid, gas, or plasma. Solid particles will stay still and vibrate.
suspention