The smaller the particle the faster it dissolves. This is because the process by which a solute dissolves takes place at the surface of the solvent. That means the larger the surface area of a particle or solute, the faster the solute will dissolve.
One way to separate a mixture of sand and sugar is by using a sieve or filter. The smaller particles of sugar will pass through, while the larger particles of sand will be left behind. Another way is to dissolve the mixture in water, as sugar will dissolve while sand will not. The sugar solution can then be filtered to separate the sand.
Bigger the size more the charge could be derived but no way the potential difference get changed
One way to prove that sand has salt particles is by performing a simple experiment. You can dissolve the sand in water and then evaporate the water, leaving behind any salt particles present in the sand. Another method is to analyze the composition of the sand using chemical testing, which can detect the presence of salt particles.
One way to dissolve a saturated solution without adding water is by heating the solution. This can increase the solubility of the solute, allowing more of it to dissolve. Another method is by changing the pressure of the system, which can also affect the solubility of the solute. Finally, adding a different solvent that can dissolve both the solute and solvent in the saturated solution can help dissolve the solute without adding more water.
clay and silt
The size of a rugby player does not affect gravity in any way.
The larger the particle size, the higher the porosity. Also keep in mind that angular particles have a higher porosity than round particles. *Good way to remember porosity is that the spaces between particles are "pore-like."
One way to separate a mixture of sand and sugar is by using a sieve or filter. The smaller particles of sugar will pass through, while the larger particles of sand will be left behind. Another way is to dissolve the mixture in water, as sugar will dissolve while sand will not. The sugar solution can then be filtered to separate the sand.
yes or maybe not it depends on the owner on how to do with it
who want my number
That depends entirely on what the "particles" are made of.In atomic science particle is the general term given to quantum objects. In the context of solution chemistry particles are ions, atoms or molecules. The general rule is that like dissolves like. This means non polar solvents dissolve non-polar particles. Example: petroleum dissolves oil. Polar solvents dissolve ionic or polar particles. Example: Water dissolves sodium chloride and sugar. One is ionic the other is polar.
Smaller particles have a greater surface area-to-volume ratio, leading to stronger forces of attraction between them. The shape of particles can also influence the way they interact, affecting the strength and direction of the attractions between them. Overall, smaller and more compact particles tend to have stronger attractions compared to larger or irregularly shaped particles.
A. is the answer because electrolytes are salts that dissolved in water and dissociate into charged particles called ions.
who want my number
Suppose you have a solution with particles floating in it. You can use a test sieve to measure the size of the particles. The shaker mentioned in the question shakes the sieve in the controlled way so the particles can be measured accurately.
Bigger the size more the charge could be derived but no way the potential difference get changed
One way to prove that sand has salt particles is by performing a simple experiment. You can dissolve the sand in water and then evaporate the water, leaving behind any salt particles present in the sand. Another method is to analyze the composition of the sand using chemical testing, which can detect the presence of salt particles.