Teaching Science Using Inquiry What makes a question worth asking? What makes a question worth answering? What is the best way to go about answering Questions.

Slides:



Advertisements
Similar presentations
LASSO’n Readers through Social Studies Content
Advertisements

The 5 E Instructional Model
Moving in the right circles
3 Types of Heat Transfer.
Department of Mathematics and Science
What do we all have in common?. What is the opposite of a conductor? Name a poor conductor of heat? What makes bubble wrap a bad conductor and a good.
Topic: Ocean Systems Essential Question: How does energy from the Sun drive wind and ocean currents?
Movement in the layers
Heat Transfer Radiation Conduction Conduction Convection Convection.
Teaching Inquiry The BSCS 5E Model. What is Inquiry? Inquiry is a general term for the processes by which scientific knowledge is developed. Scientific.
Convection in Air Investigation 5, Part 3
5E INQUIRY LEARNING CYCLE. EngageExplore ExplainElaborate Evaluate.
Science PCK Workshop March 24, 2013 Dr. Martina Nieswandt UMass Amherst
Global Winds & Ocean Currents
UNIT ONE: Science Skills
The 5 E Instructional Model
Inquiry Based Science Teaching
Q What does this picture show and who is in the best position?
Oneone ES-2 Objective: To examine the movement of fluids in order to describe the process of convection. Earth Note: How does the movement within a fluid.
Science Questions By: Emma L.. 2a Defining What is a convection current? The movement of a fluid, caused by differences in temperature, that transfers.
Communicating Ocean Sciences to Informal Audiences (COSIA) Session 3 Teaching & Learning.
AGENDA CONVECTION LAB BELLWORK (COPY THIS IN YOUR JOURNALS) CONVECTION CURRENT = IS THE CIRCULAR MOTION IN A LIQUID or air CAUSED BY HEATING AND COOLING.
The 5 E’s Science Lesson Inquiry-Based Instruction.
Chapter 1 Section 2: Convection Currents and the Mantle
Global winds and currents11/27/12 1. Global ocean currents 2. Global winds 3. Map activity HW: Thought questions due 11/28 Do Now [journal] 1. Why does.
Welcome Science 5 and Science 6 Implementation Workshop.
To the teacher: This CPO Science PowerPoint presentation is designed to guide you through the process of presenting the lesson to your students. The.
Communicating Ocean Sciences to Informal Audiences (COSIA) Session 8 Inquiring Minds and Promoting Discussion.
IES Inquiry: Preparing Students to be Critical Thinkers and Science Literate Citizens.
Convection Objectives What are connection and conduction? Where can convection take place? Why does convection occur? Give examples of where convection.
NOVEMBER 12, 2015 RIGHT NOW: GET 6.2 NOTES AGENDA: 6.2 NOTES SKILLS SHEET/HOMEWORK OBJECTIVE: DETERMINE HOW THE SUN DRIVES ATMOSPHERIC CONVECTION.
Add to table of contents: Tornado scalePg. 94 Air pressure & windPg. 95.
Sputnik 1 October 1957 What’s That? Here’s a Clue Introducing Inquiry Teaching.
Heat Movement. Golden Rule of Heat Movement The golden rule is… Heat always moves from a warmer object to a cooler object. You can think of it like water,
Convection and Density. convection currents What are these? lava lamps How do they work?
Weather, Climate, and Me Lesson 6 What make the wind?
Presented by Rachna Bhagat Sergio Lopez Heat and Temperature Day 1 Introductory Activity Start class by asking students to answer the following question;
Welcome Science Teachers! Today Propel/ASSET Notebooking 8:30-11:30 Resources PTEI 5-HS 12:00-3:30 Kristen Golomb: Science Coach ASSET Resources Lesson.
Welcome to Island Ecology for Educators!. “If we are going to save the environment, then we must save an endangered indicator species: the child in nature.”
Air Masses and Fronts D 68-73
Transfer of Energy. How heat (energy) moves. What does “Transfer of Energy” mean?
Heat energy flows from warmer to cooler areas Lesson 1.3 You will learn: How heat is transferred in matter; How the process of conduction transfers heat;
Chapter 5 Section 2.  Explain how heat is transferred.  Identify what causes convection.  Describe convection currents in Earth’s mantle.
Convection: A Current Event Maureen Shankman PK Yonge Developmental Research School Gainesville, FL.
Air and the Atmosphere February Atmosphere  The atmosphere is a mixture of gases that surrounds a planet or a moon.
Table of Contents Title: 5.8 Transmission of Energy (In Oceans) Page #: 52 Date: 12/17/12 Title: 5.8 Transmission of Energy (In Oceans) Page #: 52 Date:
Air, Water and Land Temperature
THE BSCS 5E INSTRUCTIONAL MODEL: CREATING TEACHABLE MOMENTS
Convection and density
“Five E” Learning Cycle: Engage
Convection, Conduction, and Radiation
How does energy transfer using convection?
Land Breezes and Sea Breezes Sea Breeze
CONVECTION CURRENTS.
How does a hot air balloon work?
EarthComm Inquiry: Preparing Students to be Critical Thinkers and Science Literate Citizens Key Points: Today’s talk is about a high school Earth science.
November 6, 2014.
5E Inquiry learning cycle
Radiant Energy and Our Atmosphere
Properties of Gases 2/1/02 Revised 3/20/08.
What is HEAT? What do “hot” and “cold” really mean?
Weather, Climate, and Me Lesson 6
Convection Current.
Teaching Science for Understanding
Convection and density
Transfer of Energy.
4.2 How Does Heat Move?.
Topic: Ocean Systems Essential Question: How does energy from the Sun drive wind and ocean currents?
Presentation transcript:

Teaching Science Using Inquiry What makes a question worth asking? What makes a question worth answering? What is the best way to go about answering Questions about how the world works?

Learning Cycle Exploration Introduction Application

Learning Cycle Exploration Introduction Application Engagement Evaluation

Exploration Introduction Application Engagement Evaluation Explanation Elaboration

5-E Learning Cycle Exploration Engagement Evaluation Explanation Elaboration Bybee & Trowbridge BSCS

5-E Learning Cycle Engage Explore Explain Elaborate Evaluate 1.General Syntax: “I was just thinking about… And that leads to the question; …?” 2.Builds Relevance Personal connection (This is about you/your world.) Vividness (Cool! Let’s take a closer look at that!) Intrigue (Well, that gives us a puzzle to solve!) Novelty (We haven’t seen that before, let’s explore it)

5-E Learning Cycle Engage Explore Explain Elaborate Evaluate 1.Uses “Science Processes” a.k.a. “Process Skills” 2.Models the “Nature of Science” 3.Allows learner some control over ideas generated 4.May be structured to guide toward specific concepts Elicitation— of student ideas occurs either at the end of Engage or the beginning of Explore.

Concepts Name Attributes Examples Concept Name: Convective Heat Transfer Attribute 1: Movement of a fluid Attribute 2: Less dense fluid rises Attribute 3: Due to heat differences Example: Ocean currents Engage & Explore Students use science processes to gather evidence about…

Explain State Concept Name: Convective Heat Transfer Outline Attributes: Attribute 1: Movement of a fluid Attribute 2: Less dense fluid rises Attribute 3: From molecular motion due to heat Build Definition: The movement of heat due to differences that heat causes in the density of portions of a fluid Elaborate Offer Clarifications Attribute 2: “Less dense fluid” is essentially same substance Additional Examples: Hot and cold water added to tank Magma, Hot air over different surfaces Provide Non-examples: bubbles, hot air balloon, any solid air pushed over mtns. (orographic flow) Evaluate Draw the major ocean current gyres onto your map. Make a concept map about ocean currents & heat Edit the explanation you wrote for your “Observation”

Inquiry-based Teaching Will… 1.Focus on relevant question(s) 2.Move from evidence to conclusions (Inductive) 3.Use science processes (Science process skills) 4.Generate additional science questions 5.Make use of pedagogical content knowledge Ideally,