Suppose you stir a little baking soda into water until the water looks clear again How could you prove to someone that the clear material is a solution not a compound?

Answer 1

Oh, dude, it's like this - if you stir baking soda into water and it looks clear again, you can prove it's a solution by showing that you can still separate the baking soda from the water through evaporation. So, like, if you heat it up and the water evaporates, leaving behind the baking soda, that's your proof. Easy peasy, lemon squeezy!

Answer 2

You can demonstrate that the clear material is a solution by showing that it can be separated back into its original components through physical means, such as evaporation of the water. A compound, on the other hand, cannot be easily separated into its original components without a chemical reaction. Additionally, you can measure the freezing point or boiling point of the solution to confirm that it behaves as a solution.

Answer 3

To prove that the clear material is a solution and not a compound, you can perform a simple test such as evaporation. Evaporate the water from the solution, and if the baking soda reappears in its original form, then it is a solution. Compounds do not separate into their original components through evaporation, while solutions do. Additionally, you can use a conductivity test to show that the clear material conducts electricity, indicating it is a solution with dissociated ions from the baking soda.

Answer 4

If you evaporated the water then the baking soda would be left which states its a solution. If nothing is left then it is a compound.

Hope this helped :)

Answer 5

If you evaporated the water then the baking soda would be left which states its a solution. If nothing is left then it is a compound. Hope this helped :)

Answer 6

well Tell the person its a pure substance so a pure substance can only compound one matter

Answer 7

Cuz u sucks atoms or molacules