Question

Raven is vigorously stirring a mixture of sand
and water. She says, "As long as I keep
stirring, the sand stays dissolved in the water."
Do you agree with Raven? Explain why or
why not.

Answer 1

Answer:

Yes

Explanation

The sand particles will move with the movement of water. Once it stops the sand particles will become a suspension and sink down to the bottom

Answer 2

$\large {\rm {\purple {\underbrace {\pink {ANSWER}}}}}$

Yes, the given statement by Raven is correct. As long as the mixture of sand and water is kept stirring , the sand stays dissolved in the water and this mixture of solution is called suspension mixture.

$\large {\rm {\purple {\underline {\pink {Extra Information}}}}}$

$There \: are \: 3 \: types \: of \: mixtures \: - \\ 1. \: solution \\ 2. \: suspension \: mixture \\ 3. \: colloidal \: mixture$

1. Solution - A solution is a homogeneous mixture where one substance is dissolved in another substance. The solute dissolves in the solvent. The solvent is a liquid or gas, and the solute can be a solid, liquid or gas.

2. Suspension mixture - In this mixture, the suspended particles are visible under a microscope and will settle over time if left undisturbed.

3. Colloidal mixture - In this mixture, the suspended particles are smaller and do not settle down when left undisturbed.

hope it helps....