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Wiki🧪 ChemistryPhysical Separation Methods for MixturesFlashcards

Flashcards on Physical Separation Methods for Mixtures

Physical Separation Methods for Mixtures: A Student's Guide

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What is sieving and how does it separate particles?

Sieving uses a mesh screen; smaller particles pass through the mesh while larger particles remain on top, separating by size.

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Separating mixtures (physical methods)

17 cards

Card 1

Question: What is sieving and how does it separate particles?

Answer: Sieving uses a mesh screen; smaller particles pass through the mesh while larger particles remain on top, separating by size.

Card 2

Question: When is sieving commonly used?

Answer: To separate grains or powders of different sizes.

Card 3

Question: What is filtering and what does it separate?

Answer: Filtering passes a mixture through a filter (paper, cloth, or porous membrane) to trap solid particles while the liquid or gas passes through.

Card 4

Question: Where is filtering commonly used?

Answer: In laboratories to purify liquids or gases.

Card 5

Question: What is hand sorting?

Answer: Manually picking materials out one by one to separate them.

Card 6

Question: Give an example where hand sorting is commonly used.

Answer: Separating different types of seeds or rocks.

Card 7

Question: What is settling (in separating mixtures)?

Answer: Allowing a mixture of solid particles in a liquid to stand undisturbed so solids settle to the bottom and the liquid stays on top.

Card 8

Question: When is settling commonly used?

Answer: To separate sand or mud from water.

Card 9

Question: What is decanting and how does it work?

Answer: Pouring the liquid off the top of a mixture so the liquid is separated from solid particles that remain at the bottom.

Card 10

Question: Where is decanting commonly used?

Answer: To separate the supernatant liquid from precipitates in a laboratory setting.

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