This completely depends on the matter you are referring to. If you are talking about sub atomic particles that no, they are minute. But you can also have a particle of dust which, yes, is big compared to some other particles.
Yes, some of the particles within a ring around a planet are as big as a house. It has been found that these ring particles can be sized from as small as a few centimeters to as large as a few meters.
Particles with very small dimensions - easy mixing; big dimensions - slow mixing and also uncomplete.
big chunks by hand obviosly but then you would have to add alcohal or water to absorb smaller particles.
Big hairy balls
The size of the particles are to big filtrate. that is why it remains on the filter paper in the funnel.
This filter is designed to capture the smallest of particles and chemicals.
big particles=low porosity small particles=high porosity
Particles
a big dude farts
in big bang theory the particles will just move away outside. while in big bounce, a stage will come when all the particles once again will form singularity as the result of big crunch. that's what i think.
Particle that are too big (for the technology that you are working with).
Yes, some of the particles within a ring around a planet are as big as a house. It has been found that these ring particles can be sized from as small as a few centimeters to as large as a few meters.
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.
Basically, the particles in the Milky Way have been present from the time of the creation of the Universe, i.e., from the Big Bang.
Particle that are too big (for the technology that you are working with).
the weakness is that you can still see the big bang, when there is a static on the tele that is the big bang particles still there...im not kidding!!!
The big bang was a massive explosion caused by particles travelling at very high speed.