Salt particles are smaller than water particles. Salt contains one part each of sodium and chloride. Water contains three parts, 2 parts hydrogen, and 1 part oxygen.
Yes salt molecules are bigger than water molecules.
Salt in solution consiste of Na+ and Cl-. Na + has a radius of 116pm, Cl- 167 pm
A water molecule is approx. 275 pm in "diameter" so water is bigger.
Table salt (NaCl) is refined and finely grinded rock salt; also anti-cakings agents are added.
Particles are smaller
Table salt because the particles are smaller and water can surround each particle easier to dissolve them. Granules is har to dissolve becauseit is thick than salt since it is loosen.. HOPE DIS HELPS
The two techniques for separating an insoluble solid from a liquid are filtration and centrifuging. Filtration relies on the fact that the solid particles are smaller than the filter paper pores which allow the tiny molecules of liquid to pass through. With solids which dissolve in a liquid solvent, evaporation is commonly used to recover the solid and distillation is used to recover the solvent.
Particles that are smaller than an atom, e.g. electrons, neutrons, protons.
no they are not. nanoparticles are much smaller than normal/ordinary particles
the water will flow in because the molecules in the pouch cannot flow out and the water particles will be able to flow in because they are smaller than the salt particles.
A Sea is smaller than an Ocean.
yes,because sugars particles are smaller so it is easier to break down wspecially with the vinegar acid.
Salt Water, do to its small salt particles which not only the water holds the heat ,but the salt particles TOO!!! Most brines for heat transfer systems are very heavily salted solutions to the point where there is more salt than water [by weight] in them.
A sea.
Think about the particles. When you heat something up, the particles move around more. In this case, because the water particles are moving around more, they collide with the salt particles more often, and with greater force, thus speeding up the breaking up of the salt.
a colloid has smaller particles than a solution
The answer is a Sea
Table salt is made up of smaller clumps of particles than rock salt. To dissolve, particles of the salt must come in contact with the solvent particles than rock salt, resulting in faster dissolving. (Copied from the Pure Substance & Mixtures Section of some Nelson Literacy Science Text Book) :)
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Because the crystals of the table salt are smaller and the speed of solving depend on the surface area of the material (smaller crystals mean a greatest surface area); dissolution takes place at the surface of the solid.