*Warming it
*Stirring it
*Usign a catalyst
Warm Water (The high temp. may cause the sugar particles to met/dissolve)
Add hydrochloric acid
Crush the solute. Stir the solution. Heat the solution.
its very simple. Just increase the temperature of the solvent. this will increase its intermolecular space . So the solute will disolve quickly. or of course you could simply stir or shake them, add pressure or increase the surface area
Solids change their shapes in many ways. Solids will melt if they are in hot temperatures, and this changes their shape.
Agitation: The movement of the washing machine drum helps to break down the soap and mix it with water quickly. Water temperature: Using warm or hot water can help dissolve soap faster compared to cold water. Water pressure: Higher water pressure can effectively mix the soap and water, aiding in faster dissolution.
Dissolving can be sped up by increasing the surface area of the solute (e.g., crushing it into smaller pieces), agitating the solution (e.g., stirring or shaking it), and increasing the temperature of the solvent (as most substances dissolve faster in warmer solutions).
Solids change their shapes in many ways. Solids will melt if they are in hot temperatures, and this changes their shape.
The rate of dissolving can be increased by increasing the temperature of the solvent, as warmer liquids generally dissolve solids faster. Stirring the solution also enhances the rate by distributing the solute more evenly throughout the solvent. Additionally, increasing the surface area of the solute, such as by crushing it into smaller pieces, allows for more contact with the solvent. Finally, using a more soluble solvent can further accelerate the dissolving process.
Depends on which medicine or tablet you mean: - under the tongue and let it dissolve - swallow it whole - suppositories (dissolve in your rectum) - vaginal suppositories (dissolve in your vagina)
What are two ways solids form from solutions ?
Three ways would be Liquid liquid - distillation (separation based on boiling points) Column chromatography separates solids dissolved in eluent based on polarity Filtration (washing with a solvent that dissolves one compound and not another)