No. The sand does not dissolve.
No. The sand does not dissolve.
To form a sand and water solution, you can simply mix sand and water together in a container and stir until the sand is evenly distributed within the water. The sand particles will not dissolve but will be suspended in the water, creating a mixture.
Albumin in water is an example of a colloidal solution. Sand and water is a suspension and sugar in water is a solution. So the answer is A.
No, sand will be suspended in the water to form a solution.
Yes. Sand in water will produce a suspension
A mixture of sand and water is not a solution because the components do not form a homogeneous mixture at a molecular level. Sand is insoluble in water, so it does not dissolve or evenly distribute throughout the water like in a true solution. Instead, the sand particles remain visibly separate from the water.
If you mix sand in a solution of vinegar and water, the sand will not dissolve in the vinegar and water solution as it doesn't readily react with them. The sand will likely settle at the bottom of the container due to its higher density compared to the liquid solution.
It is a suspension.
Sand and water are considered immiscible because they do not mix together to form a homogeneous solution. Sand particles remain suspended in water without dissolving or forming a solution.
Sand is a mixture and rarely is only one compound.
It is a suspension.
When salt and sand are mixed with water, the salt dissolves in the water, forming a saltwater solution, while the sand does not dissolve and remains as a solid. This allows you to separate the sand from the saltwater solution through methods like filtration or evaporation.