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Planning for Inquiry

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Planning for Inquiry The Learning Cycle What do I want the students to know and understand? Take a few minutes to observe the system to be studied. – PowerPoint PPT presentation

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Title: Planning for Inquiry


1
Planning for Inquiry
  • The Learning Cycle

2
What do I want the students to know and
understand?
  • Take a few minutes to observe the system to be
    studied.
  • What might you want students to know and
    understand about this sytem?

3
The Nature of Science
  • Natural History
  • Observe
  • Describe
  • Identify
  • Classify
  • Wonder

4
The Nature of Science
  • Experimental Science
  • Observations
  • Form questions about observations
  • Propose reasonable answers to the question
  • Test proposal
  • Gather data
  • Describe data
  • Interpret data
  • Analyze Results 
  • Question interpretation

5
Natural History and Experimentation are hand in
glove- This is Inquiry
  • Observations lead to questions
  • Questions Lead to Experiments
  • Experiments lead to Interpretations
  • Interpretations lead to classification
  • Knowledge and understanding about the world grows
  • New understandings lead to new questions

6
Why use Inquiry?
  • Students integrate new concepts into useful
    knowledge if they answer questions formed in
    their own minds
  • Your task is to make them curious about what you
    want them to explore!!!

7
Expected Outcomes for Today
  • Know how and when to use inquiry
  • Be confident in teaching science
  • Strengthen and diversify instructional strategies

8
Let us step back and look at the Learning Cycle
  • Focus
  • What do students know about the topic?
  • What would they like to learn?
  • Explore
  • Explore concept or phenomenon through a series of
    activities
  • Reflect
  • Reinforce learning by allowing students to
    reflect on their findings record thoughts in
    science notebook
  • Apply
  • Apply new understanding to new situation

9
How do I organize lessons in instructional cycle?
  • 5 E model can be useful
  • Engage Arouse interest by connecting to prior
    knowledge
  • Exploration Allow students to apply previous
    understanding to develop new concepts
  • Explanation Organize explorations into new
    concept or skill (can be direct instruction)
  • Extension Provide challenging opportunities for
    students to extend their understanding to new
    experiences
  • Evaluation Students assess their understanding
    and abilities

10
Putting it together
  • The Learning Cycle and Instructional Cycle fit
    together!!!
  • The Three tenets of How People Learn fits in the
    middle!

11
What do you want students to know and understand?
  • Look at the list you generated earlier
  • Refine it down to one or two key concepts

12
How can we get our students to want to understand
more about these concepts?
  • How will we know when they are there?

13
What type of inquiry do you think will help you
achieve your goals?
  • Confirmation investigations to confirm
    understandings the outcome is known in advance
  • Structured inquiry Students investigate a
    teacher presented question
  • Guided inquiry Students investigate a teacher
    presented question through student designed
    procedures
  • Open Inquiry Students investigate topic related
    question that are student formulated and designed

14
Will Inquiry boards be a good tool?
  • Will learning about variable in an experiment
    help the students reach the instructional goals?
  • Changed/Manipulated (independent)
  • Measured/Responding (dependent)
  • Controlled
  • Experimental Control (secondary students)

15
Student Brainstorm
The temp.
  • What can students manipulate in the system to
    uncover the concept we have selected?
  • Write one idea per Post It note
  • Place them on your paper
  • What can students count or measure to determine
    if the systme responds to the manipulation?
  • Write one idea per Post It note
  • Place them on your paper

16
Choosing Variables
  • Students choose 1 of the changed/manipulated
    variable to test. This post it is moved to the I
    will change area of the Choosing Variables board
  • The rest of the post its are moved to the I will
    keep the same area of the Choosing Variables
    board
  • Students then choose 1 measured/observed
    variables and move this post it to the I will
    measure/observe area of the Choosing Variables
    board

17
Control Variables
  • Why did we move all remaining manipulated
    variables to the controlled location on the
    board?
  • Why dont we move the extra responding
    possibilities?

18
Ask a Question
Ask a Question What is the effect of the____
(manipulated/changed var) On the
__________________ (responding/measured var.)
  • How will changing one element of the system
    affect the entire system?
  • Make sure the question is about the affect of the
    manipulated variable on the barnacle.

19
Predict (hypothesis)
  • Predict how the system will respond when the one
    factor you selected is manipulated.
  • What past experience or research informs this
    prediction?

Prediction (Hypothesis) As the __________________
(manipulated/changed var.) Increases/decreases
The ____________________ (responding/measured
var.) Will increase/decrease/stay the same
Because ________________
20
Now Design the Experiment
  • What materials will be needed?
  • Write down step by step directions.
  • What is your experimental control?
  • How will you replicate your data?
  • Draw and label a diagram that shows what your
    experimental set-up and control set-up will look
    like.

21
Raw Data Make a Table
Sweeps per Minute
  • Make a table to show your results.
  • Label with the experimental conditions
  • Label with units
  • of measure

Time 1
Time 3
Time 2
Time 4



Temperature 5 C 12 C 15 C
22
Create a Graph
  • Now make a graph to visualize the information in
    the table.
  • Which axis shows the manipulated variable?
  • Which axis shows the responding variable?

Number of Sweeps
(Responding Variable)
(Manipulated Variable)
Temp. Degrees C
23
Conclusions Did you Answer Your Question?
Conclusion
  • How did the system respond to the manipulation of
    their environment?
  • Support your thinking with values from your
    actual data.

When I increased/ decreased the__________
(manipulated/changed) The_______________
(responding/measured variable) __________________
_______(describe what happened) I know this
because_____
24
Are you sure of your results?
  • What did you forget to think about when you set
    up your experiment?
  • What else do you need to know to be sure your
    interpretation is correct?

25
What Next?
  • What else do you want to learn about this system?
  • What can you do to answer that question?
  • This is a great place for guided or open ended
    inquiry
  • Where are you now in the learning cycle?

26
Evaluation
  • What were the key ideas that we wanted students
    to understand?
  • How do they know they got it?
  • How do we know they got it?

27
Additional Info
  • The next six slides are other ways to describe
    and define ideas presented above.

28
The Learning Cycle (another version)
  • Exploration Phase
  • Student Centered
  • Students interact with materials and each other
  • Concept Introduction Phase
  • Teacher Centered
  • Teacher develops vocabulary and introduces
    pertinent information
  • Concept Application Phase
  • Student Centered
  • Allows students to apply fresh learning to new
    situations

29
Types of Instruction
  • Directed Instruction
  • Necessary to provide a framework for questions
  • Develops skills to use tools to be used to answer
    their questions
  • Example
  • Provide information about life cycle of slime
    mold
  • Explain how to properly handle the microscope

30
Types of Instruction
  • Closed-ended Explorations
  • Student explorations leads to the correct answer
  • Provide concrete experiences necessary for
    building understanding
  • Examples
  • Determine the weight to mass ratio necessary for
    an object to float
  • What happens to the freezing temperature of water
    when you add salt?

31
Types of Instruction
  • Guided Discovery
  • Provides parameters for exploration
  • Opportunity to check for misconceptions
  • Develops confidence for open ended explorations
  • Examples
  • Your barnacle experiment

32
Types of Instruction
  • Problem Centered Discovery
  • Excellent form of alternative assessment
  • Develops life long skills and positive attitude
    toward science
  • Examples
  • Build a boat that will carry the maximum of weight

33
Types of Instruction
  • Open-ended Explorations True Inquiry
  • Student exploration leads to new questions
  • Students devise method to test their new
    questions
  • Examples
  • Does slime mold prefer the vanilla oatmeal
    because of the sugar content or because of the
    vanilla flavoring?
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