1 / 19

LA MATERIA CLASSIFYING MATTER

LA MATERIA CLASSIFYING MATTER. CCNN 2º ESO FQ 3º ESO. María Ginés. VOCABULARY. Vaporization Evaporation Boiling (also called ebullition) Condensation Boiling point  Freezing Melting Melting point Sublimation Deposition. Pure substance Mixture Homogeneous mixture

truong
Télécharger la présentation

LA MATERIA CLASSIFYING MATTER

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. LA MATERIACLASSIFYING MATTER CCNN 2º ESO FQ 3º ESO María Ginés

  2. VOCABULARY • Vaporization • Evaporation • Boiling (also called ebullition) • Condensation • Boiling point  • Freezing • Melting • Melting point • Sublimation • Deposition • Pure substance • Mixture • Homogeneous mixture • Heterogeneous mixture • Compound • Simple substance • Sieving • Magnetization • Filtering • Decanting • Crystallization • Distillation STATE CHANGES CLASSIFYING MATTER SEPARATING METHODS

  3. Aquello que tiene masa y ocupa un espacio es MATERIA FUNDAMENTALES presenta PROPIEDADES CUANTITATIVAS o MAGNITUDES FÍSICAS PROPIEDADES CUALITATIVAS pueden ser • No dependen de otras: • Longitud (m) • Masa (kg) • Tiempo (s) • Temperatura (K) se pueden • No permiten identificarlas • No se pueden medir Comparar con un patrón DERIVADAS es MEDIR GENERALES ESPECÍFICAS de forma Dependen de tras: velocidad (m/s) Densidad (kg/m3) DIRECTA INDIRECTA No identifican la sustancia: Temperatura/ masa/volumen/ Superficie (etc.) Sí la identifican: densidad/ PF / PE/ Con un instrumento: longitud/tiempo/ Velocidad/etc. A partir de una fórmula: volumen/superficie

  4. are explained by STATES OF MATTER • Matter is made up of tiny particles • Each particle is in constant motion KINETIC THEORY deposition condensation freezing GAS LIQUID SOLID melting vaporization sublimation EstadosFísicos Characteristics of states physics

  5. STATE CHANGE GRAPH

  6. VOCABULARY: STATE CHANGES • Vaporization: is the state change from liquid to gas. • Evaporation: is the state change from liquid to gas. It happens at room temperature and only on the surface of the liquid. The rate of evaporation increases when the temperature increases. • Boiling (also called ebullition): is the state change from liquid to gas at a constant temperature. All the liquid changes state and while it happens, the temperature doesn’t change. • Condensation: is the state change from gas to liquid. • Boiling point: is the temperature at which a liquid boils. It is different for each substance. Boiling point = Condensing point

  7. VOCABULARY: STATE CHANGES • Freezing: Is the state change from liquid to solid. • Melting: Is the state change from solid to liquid. • Melting point:Is the temperature at which a solid turns into a liquid. It is different for each substance. Melting point = Freezing point • Sublimation: Is the transition from solid to gas. • Deposition: Is the state change from gas to solid.

  8. Are made up by two or more substances at not fixed proportions • They can be separated by physical methods MATTER • A sample of matter that consists of only one component. PURES SUBSTANCES MIXTURES HOMOGENEOUS MIXTURES HETEROGENEOUS MIXTURES COMPOUNDS SIMPLE SUBSTANCES • They are made up by two or more elements combined in a fixed proportion • The properties of a compound are completely different that their elements. • We can break down by chemical means • They have uniform composition • and properties • throughout • We cannot see their components with a naked eye • They do not have uniform composition and properties throughout • We can see their components • They are made up by atoms of the same element • We cannot break down in any way

  9. SEPARATING MIXTURES: SIEVING g cay clay gravel sand

  10. SEPARATING MIXTURES: MAGNETIZATION magnet iron salt

  11. SEPARATING MIXTURES: FILTERING sand filter paper funnel water

  12. SEPARATING MIXTURES: DECANTING decanting funnel oil r water water

  13. SEPARATING MIXTURES: CRYSTALLIZATION concentration filtering cristallization

  14. SEPARATING MIXTURES: DISTILLATION termometer colector colector water distillation flask distilled Cold water Erlenmeyer flask

  15. VOCABULARY: SEPARATING METHODS • Sieving: Consists of separating larger pieces of something from smaller pieces. • Magnetization: separating a substance, like iron, using a magnet. • Filtering: method of separation that is used for separating insoluble solids from liquids. • Decanting: consists of separating two immiscible liquids of different densities. • Crystallization: Process that consists of obtain a solid dissolved in a liquid by evaporation of liquid. • Distillation: is a method of separating substances based on differences in their boiling points. This method is used to separate a liquid from the solution. The other components can be solids or liquids.

  16. SUMMARY

More Related