I have participated in practical activities to separate simple mixtures of substances and can relate my findings to my everyday experience.
SCN 2-16a
Benchmarks:
· Draws on findings from practical investigations to explain how a mixture of solids of different sizes can be separated using a sieve or magnet, for example, sand and peas or salt and iron filings.
· Selects the most appropriate practical technique for separating insoluble solids, for example, filtering or sieving.
· Explains why a dissolved solid cannot be separated from the solvent by filtering but can be separated by evaporation.
· Uses scientific vocabulary such as ‘soluble’, ‘insoluble’, ‘dissolve’ and ‘solution’ in context.
· Relates findings of practical investigations about dissolving to everyday experiences, for example, recycling, salt production and water purification.
How To Videos...
How To Videos...
How to explain the difference between a mixture and a solution.
How to explain the difference between a mixture and a solution.
Suggested Activities for separating mixtures
Suggested Activities for separating mixtures
Activity 1: Basic separating using a colander or sieve
Activity 1: Basic separating using a colander or sieve
Activity 2: Separating substances using their properties
Activity 2: Separating substances using their properties
Activity 3: Separating substances using a filter
Activity 3: Separating substances using a filter
Activity 4: Separating two liquids
Activity 4: Separating two liquids
BBC Bitesize
BBC Bitesize
Glasgow Science Centre at Home
Glasgow Science Centre at Home
Ink Chromatography
Ink Chromatography
Centre for Industry Education Collaboration
Centre for Industry Education Collaboration
STEM Learning
STEM Learning
Angus Council Repacked Outcomes Medium Term Plan
Angus Council Repacked Outcomes Medium Term Plan
2 Importance of Water.doc
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