What are the differences between true and false solutions?

Answer 1

A true solution is homogeneous, that is the same all the way through, and you can't see the solute particles nor filter them out. A false solution is properly called a suspension or colloidal suspension. They are heterogeneous and you may or may not be able to see the solid pieces. Colloidal suspensions scatter light.

Answer 2

True solutions are homogeneous mixtures where solute particles are completely dissolved in the solvent at the molecular level, resulting in a clear and transparent solution. False solutions, on the other hand, are heterogeneous mixtures where solute particles do not dissolve but remain suspended in the solvent, leading to a cloudy or opaque appearance. True solutions exhibit the Tyndall effect, scattering light, while false solutions do not show this effect due to the larger particle size of the solute.

Answer 3

Well, darling, a true solution is when a solute is completely dissolved in a solvent, creating a homogeneous mixture. On the other hand, a false solution is when the components don't fully dissolve, resulting in a heterogeneous mixture. So, in simple terms, true solutions are like a perfectly blended smoothie, while false solutions are more like a chunky salsa that just won't mix properly.

Answer 4

Ah, happy little question! True solutions are when a substance is completely dissolved in another, creating a clear and uniform mixture. False solutions, on the other hand, are when the substance doesn't fully dissolve and you can see particles floating around. Remember, there are no mistakes in art or chemistry, just happy little accidents to learn from.

Answer 5

Sugar and water, salt and water

Answer 6

Empress

Answer 7

[object Object]

Answer 8

true solution is homogenous while false solution is heteogenous