1 / 18

Mixture Separation Methods in Physics Education

This educational resource focuses on understanding elements, compounds, and mixtures, specifically how to separate mixture components through various methods based on their physical and chemical properties. It covers a range of separation techniques including filtration, evaporation, crystallization, distillation, sublimation, and chromatography, providing definitions and practical examples for each method. The objective is to help students perform mixture separations, classify substances, and create conceptual mappings. Enhance your comprehension of mixtures with engaging experiments!

kalea
Télécharger la présentation

Mixture Separation Methods in Physics Education

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. SMP NEGERI 3 PONTIANAK RISA HARIDZA, S.Pd PHYSICS

  2. INTRODUCTION MIXTURE SEPARATION

  3. STANDARD OF COMPETENCE / BASIC COMPETENCY Standard of Competency 3. Understanding the element, compound, and mixture. Basic Competency 3.5. Conduct mixture components separation with various methods based on physical and chemical properties.

  4. INDICATOR • Through simple experiment, students can separate the components in a mixture. • Based on understanding about the compositions of a substance and the properties of substance, students can create a mapping concept about substance.

  5. OBJECTIVE • Perform mixture separation. • Classify substance based on its compositions. • Classify substance based on its properties. • Create mapping concept of a substance.

  6. CONTENT • Filtration • Definition Mixture separation method based on the difference of size of substance particle. • Filtration is usually used to separate the mixture of solid and liquid substance • Example • Water purifying

  7. CONTENT • Filtration

  8. CONTENT • Evaporation • Definition Mixture separation method based on the difference in boiling point of substance. • Evaporation is usually used to separate mixture of solid and liquid substance. • Example: • Table salt production from sea water

  9. CONTENT • Evaporation

  10. CONTENT • Crystallization • Definition Mixture separation method based on the difference in boiling and freezing point of substances. • Crystallization is usually used to separate mixture of solid substances. • Example: • Process of purifying salt and sugar

  11. CONTENT • Crystallization

  12. CONTENT • Distillation • Definition Mixture separation method based on the difference in boiling point of substances. • Distillation is usually used to separate mixture of liquid substances. • Example: • Process of separating alcohol and water.

  13. CONTENT • Distillation

  14. CONTENT • Sublimation • Definition Mixture separation method based on the ability of substance to sublimes. • Sublimation is usually used to separate mixture of solid substances. • Example: • Process of making camphor and iodine.

  15. CONTENT • Sublimation

  16. CONTENT • Chromatography • Definition Mixture separation method based on the difference in spreading velocity of mixture components in a medium. • Example: • Process of separating colour, determine the level of air pollution, testing the contents of narcotics in our body.

  17. CONTENT • Chromatography

  18. PROBLEM Refer to your chemistry book Page 174 – 181 Comprehension and Exercise 4

More Related