Warm Up 11/16/15 In your IAN notebook, number from 1 – 20. You will only have 10 minutes to complete this activity! Around the room are pictures on the.

Slides:



Advertisements
Similar presentations
Terms on phase changes:
Advertisements

Matter & Energy Ch. 1 Outline.
Matter and Atoms Ms. Sunday.
Elements, Compounds, or Mixtures???. Matter What is Matter? What are examples of matter? What is NOT matter? Anything that has mass and takes up space.
heterogeneous mixture
Properties Are Used to Identify Matter
Matter Vocabulary. __________________ anything that has mass takes up space matter.
Unit 2: Properties of Matter. The Goals… Define Matter Define Matter Calculate and understand density Calculate and understand density Describe viscosity.
A GOOD, FRIENDLY CUP!. WHAT IS CHEMISTRY? THE SCIENCE OF MATTER AND ITS INTERACTIONS.
1. To learn about the composition of matter 2. To learn the difference between elements and compounds 3. To define the three states of matter.
Classification of Matter Section 1.1 Composition of Matter.
Matter and Mixtures. Types of Matter Elements –Simplest of Substances –Made of only one type of atom –118 Known.
Matter and Energy Riddles.
Properties of Matter Ch 2. What is matter? Anything that has mass and takes up space Anything that has mass and takes up space The basic building blocks.
EQ: Compare and contrast substances and mixtures..
What is Matter?. EVERYTHING!!! Matter is anything that has mass and volume. Mass Volume The amount of matter in a substance. The amount of space a substance.
Chapter 7 Lesson 1.  What is it?  Anything that has mass and takes up space (volume)  How do you classify matter?  Would air, feelings, motion, time,
Matter. What is Matter Matter is anything that has mass and takes up space. Includes all solids, liquids, and gases.
Chemistry the study of the properties of matter and how matter changes
1.Introduction 1.The structure of matter- 2. What is matter? 2. Any object or substance that has mass and takes up space.
What is Matter?. EVERYTHING!!! Matter is anything that has mass and volume. Mass Volume The amount of matter in a substance. The amount of space a substance.
ATOMS THE LITTLE GIANTS OF ALL MATTER!!. Matter: all matter is made up of atoms. is anything that has a mass and a volume all matter has a specific density.
10-1 Classifying Matter 1. The atoms in all objects are the same. 2. You cannot always tell by an object’s appearance whether it is made of more than.
Atomic Structure & Mixtures, Compounds, Elements.
Today’s Catalyst 1. What is an intensive property of matter? List two examples of intensive properties.   2. What is an extensive property of matter?
Matter Bingo Physical Science. This is an example of an element.
Matter, The Atom, & Subatomic Particles. Matter Anything that has mass and occupies space is matter. A collection of matter with all the same chemical.
What’s the Matter Game Definitions Unit 2: Classification of Matter Physical Science Steinbrink.
Today’s Starting Point
Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous.
Matter. Matter Anything that has volume and takes up space Properties describe the characteristics and behavior (including changes) of matter.
Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous.
Matter and Energy Chapter 1 & 2 vocabulary Chemistry.
Compounds and Mixtures. What is a compound?  Compound: pure substance made up of two or more elements chemically combined.  Compound is formed as a.
The vertical columns of the periodic table Groups.
Element, Compound, Mixture
Matter Study Guide 8th Grade Science
Matter is everything that has mass and takes up space
2) What’s special about this element?
Lesson 1 Classifying Matter Lesson 2 Physical Properties
Matter Study Guide 5th Grade Science.
MATTER What is Matter?.
Classification of Matter
What is Matter? mass Matter is anything that has ___________ and takes up ___________. What are some examples of matter? ____________________________________________________________________.
Elements and Compounds
Matter and Phase Change
2A.3 & 2B.2 Notes Measuring Matter
Separation Methods: Review of Mixtures
Unit 1: Matter & Atomic Theory
Study of MATTER, ENERGY, and their INTERACTIONS
Substances Matter that has the same composition and properties throughout is called a substance. When different elements combine, other substances are.
Classifying Matter (Part 1)
Ms. Ruehman 8th Grade Science
5th Grade Science Ms. McLeod
5th Grade Science Mrs. LaRosa
Matter Study Guide
Science Vocabulary 3 Week 8.
Chapter 2 Section 1 Describing matter.
Matter.
Structure & Properties of Matter
Elements, Compounds, & Mixtures
Classifying Matter Chapter 1.3.
Classifying Matter and
Classifying Matter Learning Goal: to be able to describe the differences between pure substances and mixtures.
5th Grade Science Mrs. LaRosa
Structure & Properties of Matter
Mixtures, Elements, and Compounds
Classifying Matter.
CLASSIFYING MATTER.
5th Grade Science Mrs. LaRosa
Presentation transcript:

Warm Up 11/16/15 In your IAN notebook, number from 1 – 20. You will only have 10 minutes to complete this activity! Around the room are pictures on the walls and cabinets. Classify each picture as one of the following: – Element – Compound – Heterogeneous Mixture – Homogeneous Mixture (Solution)

Flubber b8 b8 What is this character trying to do in this video? You will now fill out a Graphic Organizer for your Matter Notes. There are extra notes in this PPT. You can write them on your organizer OR on the page next to them in your IAN Notebook.

Matter – Anything that has mass and takes up space Density = Mass/Volume (D = M/V) – Mass A typically large body of matter with no coherent shape – Volume The amount of space an object occupies – Density The degree of compactness of a substance

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Pure Substance – A material that is composed of one type of particle. – Two different types Element – Found on the periodic table Compound – A thing that is composed of two or more separate elements – Is composed ONLY of those combined elements.

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Mixture – A substance made by mixing other substances together Homogeneous Mixture – A mixture that has uniform composition and properties throughout Heterogeneous Mixture – A mixture composed of units that aren’t uniform or they have localized regions that have different properties

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Elements Compounds Metals Non- metals mtllds Glucose C 6 H 12 O 6 CHONPSCHONPS CO 2 H2OH2O In Cells cytoplasm ECF Homogeneous Mixtures Heterogeneous Mixtures Solutions Mixtures Pure Substances On PT Capital letters 2 or more different elements chemically combined Specific ration Parts Solute Solvent Types Hyper- Hypo- Iso- -tonic S L G Colloids Suspensions

Matter Graphic Organizer Now that you have filled out the Graphic Organizer Notes for Matter, tape this in your IAN Notebook by folding it in half and taping one edge to your paper. On one of the blank sides, write a summary of organizer you filled out today in your own words.

What do you remember? On the next page in your IAN Notebook, DRAW the Bohr Model of a Hydrogen Atom. The drawing should have ONE proton, ONE neutron, and ONE electron. You need to label each subatomic particle listed above, and the following: – Nucleus – Energy Shell – Electron Cloud