Mixtures can be separated based on the differences between the physical properties of the components.If you spilled a container of iron filings on the ground, how could you separate the iron filings from the soil using their different physical properties? A. Wait for the iron to rust and become orange. B. Light the mixture of soil and iron filings on fire. C. Use a magnet to remove the iron filings from the soil. D. Put the mixture in water and the soil will dissolve.

State the most appropriate separation technique for the following mixtures:1. Obtain water from a mixture of salt and water 2. Obtain salt from a beaker of salt solution 3. Obtain sand from a mixture of sand and water 4. Obtain iron filings from a mixture of iron filings and sand 5. Obtain components in a sample of black ink

Katie's teacher has given her a sample that contains a mixture of salt, sand, and iron fillings. She is instructed to separate the mixture into the three individual components. What would be the best physical property to focus on for the first step in separating the mixture?adensitybelectrical conductivitycmagnetismdmelting point

Compare the two separation techniques. Then, determine which of these forces would be better able to remove iron from a mixture.

Design an experiment that would allow you to separate out a mixture of iron filings, sand and salt.

In the laboratory, Austin is given a mixture of iron filings, sand, and salt. To separate the mixture, Austin uses a magnet, boiling water, and a filter. Which statement is true about the process Austin uses to separate this mixture? A. Austin uses only physical changes to separate the mixture’s components. B. Austin uses only chemical reactions to separate the mixture’s components. C. Austin uses both physical changes and chemical reactions to separate the mixture’s components. D. Austin uses neither physical changes nor chemical reactions to separate the mixture’s components.