Powder has a larger surface area than ribbon.
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The solvent molecules bump into the solid more often.
Heating water increases the kinetic energy of its molecules, enabling them to move more quickly and collide with the solute particles more frequently. This increased collision rate leads to enhanced solute-solvent interactions, causing the solute to dissolve faster in the heated solution.
Yes. This is due to the movement of the molecules. As you stir the solution, there is more kinetic energy. The more kinetic energy something has, the more heat is produced, which causes a substance to dissolve faster. In addition, stirring causes the substance to be exposed to more surface area.
A solid dissolves faster when it is crushed into smaller particles, increasing its surface area in contact with the solvent. Additionally, using a solvent at a higher temperature can also speed up the dissolution process due to increased kinetic energy.
Yes, gold powder is still considered a solid substance. It may have a different physical state compared to a solid bar of gold, but gold particles in powder form retain their solid properties.
Solid chemicals are dissolved faster in hot water.
solid. The chemicals used to color food are solids, usually a powder. The liquid you buy in the store is a solution of the powder. Just like salt is a solid powder but you can dissolve it in water. never heard of a gaseous food coloring.
Iron powder will not dissolve in water. It remains as solid particles suspended in water, forming a mixture known as a suspension.
You could crush the solid, stir the solution, and/or heat the solution.
heat or stir
usually heat the liquid
Add hydrochloric acid
No
Yes baby powder is a solid even though it does not act like a solid. Because there are small bits of solids in baby powder
Charcoal powder is considered insoluble in water. It does not dissolve in water and remains as solid particles.
1. stir the content continuously2. Heat3. Break the solid into smaller particles.
The majority of solid substances are dissolved faster at high temperature; the number of collisions between solute molecules and solvent molecules is increased.