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Rate of the Dissolving

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About this activity

After learning about the rate of dissolving, you should understand that it is the speed at which a solute breaks apart and disperses into a solvent to form a solution, and that this process is influenced by three key factors: increased temperature (more kinetic energy), stirring (increased collisions), and smaller particle size (greater surface area for interaction).

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Rate of the Dissolving
 

Rate of the DissolvingOnline version

After learning about the rate of dissolving, you should understand that it is the speed at which a solute breaks apart and disperses into a solvent to form a solution, and that this process is influenced by three key factors: increased temperature (more kinetic energy), stirring (increased collisions), and smaller particle size (greater surface area for interaction).

by Ramadhani Latifah
1

If you put a sugar sube in a glass of water and do not stir it, some of the sugar will dissolves

2

Heat causes molecules on sugar to leave a sugar cube more rapidly when places in a solution

3

As the size of solute particles increases, the rate at which the solute dissolves INCREASES

4

Solutions form when the solute dissolves in a solvent

5

A cool solvent dissolves less solute than a warm solvent in equal amount

6

Stirring solution will make the solute dissolve SLOWER

7

A sugar cube dissolves faster in a glass of cold water than a glass of hot water

8

As the temperature of a liquid increases, the rate at which a solid solute dissolves DECREASES

9

The rate at which solid solute dissolves can be changed

10

The larger the size of solute particles. the faster the solute dissolves

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