chineecortez
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1. Which beakers represent unsaturated solution?
2. Which beakers represent saturated solutions?
3. When a small amount of solute is added to an unsaturated solution, what happens to the number of dissolved particles. Provide specific evidence from the table.
4. When a small amount of solute particles is added to a saturated solution, what happens to the number of dissolved particles. Provide specific evidence from the table.
5. Predict what would happen if additional solute is stirred into beaker E.
6. How can you distinguish a saturated from an unsaturated solution by just looking at the beaker?
7. If you were a given a beaker containing a clear solution (with no solid solute at the bottom), what simple test would you do to determine if it is saturated or unsaturated solution?



paki sagot ng tama di puro nonsense ;)​

1 Which Beakers Represent Unsaturated Solution2 Which Beakers Represent Saturated Solutions3 When A Small Amount Of Solute Is Added To An Unsaturated Solution W class=

Sagot :

jhoemaalihan

Answer:

Saturated and Unsaturated Solutions Is there a limit to the amount of solute that will dissolve in a solvent?

Why?

We use solutions every day. People who wear contact lenses use “lens solution” to rinse their contactsand keep them wet.

Athletes who consume sports drinks after exercising benefit from the electrolytes inthose solutions.

This activity will explore whether or not there is a limit to how much of one substancecan dissolve in another.

Model 1 – Saturated and Unsaturated Solutions Unsaturated Solutions

• All beakers contain 10.0 g of water.

• All beakers are kept at 20 °C. • All solutions are stirred for 2 hours.

• Solute is the same substance in all beakers. 1.0 g of solute added A2.0 g of solute added BNumber of dissolved particles 5 10Number of solid particles0 0Saturated.

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