Apex - It makes the water molecules bump into the solute more. ^.^
Apex - It makes the water molecules bump into the solute more. ^.^
Apex - It makes the water molecules bump into the solute more. ^.^
It affects the dissolving speed because you are forcing more water to come in contact with the salt than it would if the salt wasn't moving in the water, causing a faster dissolving speed.
Solubility is due to the energy efficiency of the interaction between the solute and the solvent. If you excite the molecules, by shaking or stirring, you can allow more of the solute to dissolve between the water molecules. This is similar in Supersaturation.
Hoping your question is "What will speed up the dissolving of a solid solute in water?"The surface area of the solute. Finely ground powder has a higher surface area than larger pieces of solute and will dissolve faster.The temperature of the water. Generally, as temperature increases so does the speed of solution.The type of solute. Some solutes have a higher solubility than others and will generally dissolve faster.How pure the water is. Generally, solutes dissolve faster in pure water, as the water takes in more solute it takes longer to dissolve further solute.The volume of solvent compared to the mass of solute. Larger volumes of water will dissolve a small mass of solute relatively quickly.
Apex - It makes the water molecules bump into the solute more. ^.^
Apex - It makes the water molecules bump into the solute more. ^.^
It affects the dissolving speed because you are forcing more water to come in contact with the salt than it would if the salt wasn't moving in the water, causing a faster dissolving speed.
Break up the solid
Solubility is due to the energy efficiency of the interaction between the solute and the solvent. If you excite the molecules, by shaking or stirring, you can allow more of the solute to dissolve between the water molecules. This is similar in Supersaturation.
You have to know the nature of the solvent and the nature of the solute .In order to speed up dissolving ,the surface area of the solute ,the temperature of solvent and the rate of stirring is essential .The solute you must have many surface area exposed to the solvent .Take for example ,you have a sugar cube which has six sides which is the surface area and you wanted to dissolve it .As you wanted to dissolve it faster ,you will have to pelt it into very fine sugar.As it has more surface area it will dissolved more faster.Next, the lower the temperature, the slower the solute dissolved while the higher the temperature, the faster the solute dissolved. Lastly, the rate of stirring .The faster the rate of stirring is the faster the solute dissolved.Finally, to combine all these 3 factors together will help to speed up the rate of dissolving.
Hoping your question is "What will speed up the dissolving of a solid solute in water?"The surface area of the solute. Finely ground powder has a higher surface area than larger pieces of solute and will dissolve faster.The temperature of the water. Generally, as temperature increases so does the speed of solution.The type of solute. Some solutes have a higher solubility than others and will generally dissolve faster.How pure the water is. Generally, solutes dissolve faster in pure water, as the water takes in more solute it takes longer to dissolve further solute.The volume of solvent compared to the mass of solute. Larger volumes of water will dissolve a small mass of solute relatively quickly.
No answer
Stirring will mix up the solvent, meaning parts of the solvent that were saturated are moved away from whatever is dissolving, and it can dissolve with other parts of the solvent that are not saturated.
in layman's terms: when the water is hot, there is more energy and the water particles are moving faster, thus there is a higher amount of collisions per unit of time with the solute particles (the thing you are dissolving)
When preparing juice from a frozen concentrate, the process of dissolving can be sped up. Adding hot water ad stirring are both ways to speed up the process.
solvent: water solute: baking soda