What kind of a solution will you create if you add 17g of table salt to 50g of wAter at o'c?

what kind of solution will you create if you add 17g of table salt to 50g of water 0degrease c

To determine the kind of solution created when adding 17g of table salt to 50g of water at 0°C, we need to consider the solubility of salt and its behavior in water.

Firstly, we should check the solubility of table salt, which is sodium chloride (NaCl). The solubility of sodium chloride in water is quite high, meaning it readily dissolves. At 0°C, approximately 35.9g of NaCl can be dissolved in 100g of water.

Since you are adding 17g of salt to 50g of water, this is less than the maximum solubility at 0°C. Therefore, the salt will completely dissolve.

As a result, a clear, homogeneous solution will be formed, consisting of sodium chloride dissolved in water.

To determine the kind of solution that will be created when you add 17g of table salt to 50g of water at 0°C, we need to understand the concept of solubility.

The solubility of a substance refers to its ability to dissolve in a solvent. In this case, table salt (also known as sodium chloride or NaCl) will be the solute, and water will be the solvent.

To find out what kind of solution will be created, we should consider the solubility of table salt in water at 0°C. Some substances have different solubilities at different temperatures, but sodium chloride is highly soluble in water at virtually all temperatures.

Typically, at 0°C, the solubility of sodium chloride is around 35.9 g per 100 mL of water. Since you are adding 17g of salt to 50g of water, which is less than the solubility limit, the salt should completely dissolve in the water.

Therefore, the solution you will create by adding 17g of table salt to 50g of water at 0°C will be a saturated solution. This means that the maximum amount of salt has been dissolved in the given amount of water at that temperature. Any additional salt added would not dissolve and would remain as a separate solid.

Will all that NaCl dissolve? I suspect not.