4x A student has a sample of a solid dissclved in a liquid. The task is to separate the mixture into its pure components What question is best asked in the design of the experiment to determine how to separate the components? A Can the solution be fittered using filter paper and a funner? B Can the solid be physically removed with forceps cr a small manipulative? C Will the scivent evaporate at a different temperature than the solute n a distillation procedure? D will the sclid form a distinct layer on the bottom of the mixture when the mixture is not in motion?

Question

4x A student has a sample of a solid dissclved in a liquid. The task is to separate the mixture into its pure components What question is best asked in the design of the experiment to determine how to separate the components? A Can the solution be fittered using filter paper and a funner? B Can the solid be physically removed with forceps cr a small manipulative? C Will the scivent evaporate at a different temperature than the solute n a distillation procedure? D will the sclid form a distinct layer on the bottom of the mixture when the mixture is not in motion?

Answer 1

C. Will the solvent evaporate at a different temperature than the solute in a distillation procedure?

Answer 2

The key to designing an experiment to separate a solid dissolved in a liquid is understanding the properties of the components. The question about evaporation temperatures in a distillation procedure is crucial because it directly addresses the separation of a dissolved solid from a liquid.

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