Respuesta :
Answer: The correct answer is Option B.
Explanation:
Dissolution of solids into liquids is defined as the dissolving of solid particles in liquid.
Rate of dissolution of solids in liquids depend on 4 main factors:
1.) Temperature: Increasing the temperature means more solute can be dissolved in the given amount of solvent because the energy of the solute particles increases and more it can interact with the solvent particles. The rate of dissolution of solid also increases in liquids.
2.) Size of the solute particles: If the solute particles is present in smaller size, more it can be dissolved because this action takes place on the surface of particles and decreasing the size increases the surface area of the solute particles. Hence, increasing the dissolution.
3.) Stirring: This process brings fresh solvent particles to come in contact with the solute particles and hence, fast stirring increases the rate of dissolution.
4.) Amount of solute already present in solvent: If more amount of solid is already present in the solvent, the dissolution rate decreases.
From the above information, the correct answer is Option B.
The study of the chemical and bond is called chemistry. The solution is the mixture of two or more components, out of which one is solute and the other is solvent.
The correct answer is option B which is Grinding the solid into smaller pieces
What is the solution?
- A mixture that has more than two components is called a solution.
- Dissolution of solids into liquids is defined as the dissolving of solid particles in a liquid.
The dissolution factors are depending on these factors:-
1.) Temperature: Increasing the temperature means more solute can be dissolved in the given amount of solvent because the energy of the solute particles increases and more it can interact with the solvent particles. The rate of dissolution of solid also increases in liquids.
2.) Size of the solute particles: If the solute particles are present in a smaller size, more it can be dissolved because this action takes place on the surface of particles, and decreasing the size increases the surface area of the solute particles. Hence, increasing the dissolution.
3.) Stirring: This process brings fresh solvent particles to come in contact with the solute particles and hence, fast stirring increases the rate of dissolution.
4.) Amount of solute already present insolvent: If more amount of solid is already present in the solvent, the dissolution rate decreases.
Hence, we can conclude that the correct answer is option B
From the above information about the solution, refer to the link:-
https://brainly.com/question/11334504
