Neutrinos
We were barely able to see anything with all the fog in the way.
yes but barely.
missed
Yes. Mercury barely has an atmosphere at all.
no. 340's barely made it!
the particels are barely moving
In a solid the particles are packed tightly together in a more raged formation . in a liquid the particles move passing each other in a gas the particles move freely in the space they have
The particles in a solid are closer together so they can pass on the vibration (sound) to their neighbouring particles much easier rather than in gases where the particles are spread out and barely touching. Sound needs particles to be able to transfer the energy (or vibrations) on, so a vacuum stops it alltogether.
Well, it depends which kind of particles you are talking about, I will use my good friend named Justin O. as an example. If it were particles, of a gas. Justin would be moving freely but would hit other people, but not that much, If it was a solid, the particles would be very packed so Justin O. would barely move, but he would move a little bit :)
It turns into a solid because of the loss of kinetic energy. The particles of the substance slow way down and barely move, other than vibrating in place.
It turns into a solid because of the loss of kinetic energy. The particles of the substance slow way down and barely move, other than vibrating in place.
Heating a ferromagnetic substance causes the heat to disrupt the magnetic particles thatÊpoint in the same direction and therefore it becames paramagnetic which is barely magnetic at all.
Barely is an adverb of degree, moreso when it modifies an adjective (barely visible).
A synonym for barely is almost. An antonym for barely is totally.
In sand the particles are loose. So if you wish to go ahead you have to exert more force on the sand as the particles will sink in a little i.e you are compressing the sand a little and hence a bit of your force is lost there. Whereas in concrete the particles are tightly packed and barely gets compressed. Hence only the threshold force is required for you to move forward.
In sand the particles are loose. So if you wish to go ahead you have to exert more force on the sand as the particles will sink in a little i.e you are compressing the sand a little and hence a bit of your force is lost there. Whereas in concrete the particles are tightly packed and barely gets compressed. Hence only the threshold force is required for you to move forward.
Well, for atoms to stop moving, the temperature would have to be at 0 K, aka absolute zero. However, that's theoretically impossible. Anyway, solid molecules barely move, "vibrating" against each other in a tightly packed space. For liquid molecules, they can slide past each other and move about, but there's not much space between the particles. As for gas, the particles are much faster than particles of solid or liquid, and the particles move about freely, bumping into each other.