One with a large surface area because the solvent will be able to dissolve more solute simultaneously.
If you want to make materials dissolve faster, and your adding stuff to a drink, like lemonade, maybe you would cut up the little sugar cubes even smaller, so that the liquid has less to dissolve; and if you stir the drink after adding all the ingredients together, the particles will collide with each other and make the dissolving even faster. !
Magnesium powder has a larger surface area than a chunk of magnesium. Therefore it will burn faster. Increasing the surface area of a substance leads to an increase in reaction time. This can be demonstrated easily using alka seltzer tablets. A crushed alka seltzer tablet will dissolve quicker than a full tablet (remember to stir.)
Yes. Most substances dissolve at a faster rate when the liquid they're dissolving in is heated. This is because heat is the thermal motion of the molecules of liquid, so if they are moving faster the solid dissolves faster. The solution capacity (saturation point) also usually increases.
The two basic substances that dissolve easily in water are sugar and salt. It's a little harder to have flour dissolve in water, though. This is a great opportunity for you to test things out! Get a small glass of water. Grab a pinch of a powdery substance such as cinnamon or nutmeg. Drop the powdery substance into the glass of water, and watch it carefully for about 6 or 10 minutes.
Steam. In general, the higher the temperature the faster the molecules and the farther apart they are. Water has that little peculiarity right above freezing, but otherwise follows the rules.
hot water
If you want to make materials dissolve faster, and your adding stuff to a drink, like lemonade, maybe you would cut up the little sugar cubes even smaller, so that the liquid has less to dissolve; and if you stir the drink after adding all the ingredients together, the particles will collide with each other and make the dissolving even faster. !
Magnesium powder has a larger surface area than a chunk of magnesium. Therefore it will burn faster. Increasing the surface area of a substance leads to an increase in reaction time. This can be demonstrated easily using alka seltzer tablets. A crushed alka seltzer tablet will dissolve quicker than a full tablet (remember to stir.)
Yes. Most substances dissolve at a faster rate when the liquid they're dissolving in is heated. This is because heat is the thermal motion of the molecules of liquid, so if they are moving faster the solid dissolves faster. The solution capacity (saturation point) also usually increases.
The two basic substances that dissolve easily in water are sugar and salt. It's a little harder to have flour dissolve in water, though. This is a great opportunity for you to test things out! Get a small glass of water. Grab a pinch of a powdery substance such as cinnamon or nutmeg. Drop the powdery substance into the glass of water, and watch it carefully for about 6 or 10 minutes.
because all the crystals in the substance are facing the same direction. they are all little mirrors by themselves
it depends what your trying to dissolve if your trying to dissolve ice then i would use hot water if your trying to dissolve plastic then use boiling water you basically use hot warm or boiling water or acid hehehehe dont do that. USER2: Heating!
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.
well if you put a tablespoon of sugar and put it in a glass of water about 8oz then put it in the microwave for 30 seconds on normal then stir it a little the sugar would have dissolved.
Walk a Little Faster was created in 1932.
A Little Faster was created on 2009-06-09.
Physical weathering breaks big rocks into little rocks and increases the surface area exposed to chemical agents, such as carbonic acid. The more the surface area, the faster the weathering.