Activity 14: Physical and Chemical Properties and Materials Warm up: What is the difference between matter and mass? What about weight?

Slides:



Advertisements
Similar presentations
Warm-Up Please sit down quickly and quietly.
Advertisements

Title: Conservation of Mass
Do Now for 10/3/13 Take out A9 Lab Report HW: Complete Procedure Part C Benchmark Assessment about density on Tomorrow.
Take out B12 and get it ready to check. HW: None
Chemistry.
Week 5 9/29-10/3. The Highlander Sheet  Objective: Use Conservation of Mass to explain a chemical reaction. New WHOT today. (remember your science journals.
Heat and Temperature All particles are always in motion, even in solids. Kinetic energy= The energy of motion. Heat= a measure of the total kinetic energy.
Do Now for 6/10/13 Open books to page D-69 HW: Complete Group Procedure.
Oct. 10th AGENDA: 1 – Bell Ringer 2 – Density Lab 3 – Cornell Notes: Phase Changes 4 – Practice Problems Today’s Goal: Students will be able to contrast.
Lab Reports Everything You Didn’t Want to Know! Components of a Lab Report Title Purpose Procedure Safety Data Calculations Conclusion.
States of Matter 500 Changes of State Demo’s & Labs Graphs Mixed Bag Final.
Seconds Remaining: Many chemical reactions occur around the home. – Describe one chemical.
Chapter 1: The Nature of Science. What is Science? Life, Earth and Physical Science Living things Earth and Space Matter and Energy Chemistry Physics.
Changes of State Mrs. Andris. 5 Changes of State Sublimation –Solid turns directly into a gas Condensation –Gas changes to a liquid Evaporation –Liquid.
Chapter 2: Study Guide Have fun studying!.
Warm-up 1/30/12 What is chemistry? Give an example (or examples) of chemistry in your life.
Activity 25: Conservation of Mass
Elements, Compounds and Mixtures
SPS2: Students will explore the nature of matter.
CHEMISTRY September 21, Warm Up What is the difference between heat and temperature? Which bench will you sit on when exposed to 120 o F sunlight.
Life Cycle Analysis. What is a Life Cycle Analysis? A method in which the energy and raw material consumption, different types of emissions and other.
December 9, 2013 Homework: Do Now: -Write down homework
Matter and Energy Chapter 1. Bell Work 1. What is the volume of a box that is 10 cm long, 3 cm wide, and 2 cm high? 2. What method do you use to find.
~BSCS Chapter 2 Jeopardy~. DensityPhysical Properties and Changes Words, Words, Words Chemical Properties and Changes Miscellaneous
Earth Chemistry. Matter Matter: anything that has mass and takes up space Everything the Earth is made of is matter(except energy)
›Warm up- What is a physical change? How is it different than a chemical change? Activity 7: Identifying Solids.
Do Now Please write HW in your agenda. Please update your table of contents. Please take the sheets from the front cart and place them in your notebook.
Bell-ringer Think critically. We say that everything has mass. Name some ways we can prove that air has mass. Which is heavier, a pound of feathers, or.
Chemistry in Everything Find the chemistry!. What does matter look like?
Paper Recycling Helps the WORLD. What is Recycling? Recycling happens when old, discarded materials are used again to make other new products. For example,
Warm-up: 1. What is an element? 2. What is a compound?
Phase Changes  Objectives:  SWBAT describe phase changes of water  Catalyst:  Describe the law of conservation of matter in your own words.  Kevin.
Unit 1: Movie Special Effects
Physical vs. Chemical Changes. Goal: How do you tell the difference between chemical and physical changes?
By: M.F.P.O.T.Y| Mackenzie, Khashi, Paula, & Pamela.
By Michelle and Emily. Matter Mass Inertia Volume Density Weight Gravity Property.
Properties and Changes in Matter
Heating/Cooling Curve and Phase Diagrams. A heating curve shows how the temperature of a substance changes as heat is added at a constant rate.
Matter REVIEW CONCEPTS. Matter is anything that has mass and takes up space.
Do Now for 10/30/12 HW: Review Procedures Extra credit: Extension on page B-13 due Monday.
OBJECTIVES OF TODAY’S ACTIVITY TOPIC: Buoyancy After today’s activity, you will be able to: Use the concept of buoyancy to explain how magmas rise.
2.4 Chemical Reactions > 1 Copyright © Pearson Education, Inc., or its affiliates. All Rights Reserved.. Chapter 2 Matter and Change 2.1 Properties of.
Unit 1- States of matter. Remembering the first day of school “Knowing the volume of the gases would be helpful.” anonymous chemistry student How can.
Matter Notes. Matter Anything that has mass and takes up space. Five States of Matter –Solid, Liquid, Gas, Plasma, –Bose Einstein Condensate –
Systems: Open and Closed Open System: –A system in which both matter and energy can be exchanged with its surroundings Closed System: –A system in which.
Warm Up List as many biological processes as you can that involve chemistry.
Bell-ringer Think critically. We say that everything has mass. Name some ways we can prove that air has mass. Which is heavier, a pound of feathers, or.
5.5 A VOCABULARY. MATTER  Anything that has mass and takes up space  3 states of matter: solid, liquid, gas.
Essential Notes of the day:  Chemical properties describe how a material reacts (or fails to react)in the presence of another.  Boiling, melting, freezing,
Chapter Two Notes. Types of Properties Extensive properties – depend on the amount of material in a substance – examples: mass and volume Intensive properties.
10/12  Mythbusters, Science in popculture!. No WHOT this week.10/13  Objective/SWBAT: Students will demonstrate combustion using molecular models and.
D.S.Q. 1. All substances are made up of particles which are too small to see. What are these particles called? Atoms 2. What are the different kinds of.
Environmental Science Unit 2. What is Matter? Matter is anything that has mass and occupies space (or volume). There are three states of matter: Solid.
Some Things Never Change
Science Thursday, December 10 th, Warm Up Bring your notebook, pencil, and agenda to your desk Complete Thursday’s warm up now YOU ARE QUIET, WORKING.
BELLWORK In your folder turn to page 103, on the next page decorate your BELLWORK title page quietly please.
Day 1. Lesson 1- your syllabus should be in your binder and labeled as Day 1. Take out a sheet of paper label it Day 2. Copy down the Objective and Warm-Up.
Activity 15: Families of Elements What phase changes are happening on Ms. Pyle’s desk? – You can come up and look but please do not touch! Phase #1 (on.
Activity 16: Elements and the Periodic Table Warm up: what are the 4 families on the periodic table? Try to go in order. Name a characteristic of each.
Properties of Matter Agenda Review elements Notes of properties Homework Time to complete lab report???
Activity 22: Environmental Impact of Computers Warm up: what different materials make up a computer?
Activity 20: Modeling Polymers Warm up: Write the reactants and products of the chemical equation below. Is the equation balanced?
Activity 19: Creating New Materials Warm up: What is the chemical formula of this molecule? What is the name of this molecule? Is it ionic or covalent.
Unit B: Chemistry. Unit B: What are we going to learn? An overview of this unit: – Product life cycles – A review of chemical and physical properties.
Warm-Up: Describe any object in the room in as much detail as you can.
Activity Warm Up: copy this data table onto page 11 Session # Page # 6
Law of Conservation of Mass LAB
Do Now and Announcements
Learning Objective To be able to:
Law of Conservation of Mass
Presentation transcript:

Activity 14: Physical and Chemical Properties and Materials Warm up: What is the difference between matter and mass? What about weight?

Next Quiz Our first quiz from this unit is on Thursday! It is open notebook; make sure your notebook is up to date and complete, especially if you have been absent.

Conservation of Matter Questions 1.The balloon was sucked into the flask over time. 2.The weight of the system stayed the same throughout the reaction. 3.This experiment demonstrate the conservation of matter because it shows that matter is not created or destroyed even through a chemical reaction.

Activity 13 Analysis Questions 1.Plastic- raw materials are petroleum and natural gas; end of life options are landfill or recycle some. Aluminum- raw materials are bauxite and sodium phosphate solution; end of life options are recycle or landfill. 2.A. A need for more raw materials, more energy to gather raw materials, more energy needed to manufacture the material and containers, more waste produced in manufacturing, more containers sitting in landfills. 2. b. no materials to make the product, no waste produced from manufacturing, companies need to find other materials to make the containers, need to rely on recycled materials, no more containers added to landfills.

Activity 13 Analysis Questions 2. c. Less raw materials needed from the earth, less waste produced. 3. In each scenario, the life-cycle diagram helps the person see the steps that go into the entire life of the product which in turn helps when making an informed decision. 4. Reducing the amount of raw materials needed at each stage. Reducing the amount of materials needed as inputs in the manufacturing stage, reducing the amount of waste produced at each stage. Increasing the amount of materials that are recycled to decrease the volume of raw materials needed at the manufacturing stage. Accept any suggestion that would reduce energy and resources as inputs and reduce the amounts of waste as outputs.

Activity 13 In Case You Missed It... Diagrams and models can be helpful in explaining and understanding scientific concepts. Raw materials- substances that come from earth and are used to manufacture a product. Life cycle- what is needed to make the container, how it will be made, and what will happen when it can no longer be used.

Activity 13 In Case You Missed It... The four stages of a life cycle diagram are raw materials, manufacturing, useful life, and end of life.

Activity 14: Physical and Chemical Properties and Materials Please open your books to page B14. What is the difference between physical and chemical properties? Student sheet for Activity 14 in OneNote.

Activity 14: Physical and Chemical Properties and Materials There are fragile materials in your bin! BE CAREFUL! Things in your bin: – Aluminum (thinner) – Carbon – Copper – Glass – Granite – Iron (thicker) – Limestone – Formica – Polystyrene plastic – Tile – Wood

Activity 14: Physical and Chemical Properties and Materials You will be testing both physical and chemical properties. Procedure is on the lab desks, you only need on computer for your group. Record the results in OneNote.

Cool Down: Phase Changes What are phase changes? Give some examples.

Cool Down: Phases Changes Solid Liquid Gas

Tonight’s Homework Complete Activity 14 analysis questions for homework!