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Inquiry Science in Middle School

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In the first column, list as many observations as possible ... Singles, pairs, threes, fours, and more. Give each student a job student roles. Lab Safety ... – PowerPoint PPT presentation

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Title: Inquiry Science in Middle School


1
Inquiry Science in Middle School
  • presented by
  • Dianne Cellini and Betsy Sanford
  • Barber Middle School
  • 2007-2008

2
Orange you glad you teach science?
  • Divide your paper into three columns.
  • In the first column, list as many observations as
    possible about the picture of an orange.
  • In the second column, list as many observations
    as possible about the model orange.
  • In the third column, list as many observations
    about the unpeeled real orange as possible.
  • Peel the real orange and continue listing as many
    observations as possible in the third column.
  • Which column has the most observations? Why?
  • Which type of learning is most effective two
    dimensional abstract or three dimensional
    concrete?
  • What happens when you combine both types of
    learning 2D and 3D?

3
Orange you glad you teach science?
4
Essential Questions
  • What is inquiry science?
  • What is the research basis for the inquiry
    instructional model?
  • Where should middle school students be on the
    inquiry continuum?
  • What are some examples of inquiry lessons?
  • How can inquiry science be implemented?
  • How can inquiry science be assessed?

5
What is inquiry science?
  • Familiar buzz words that apply
  • Student-centered
  • Teacher as facilitator
  • Hands-on
  • Minds-on
  • Engagement
  • May also be known as or similar to
  • Georgia Critical Thinking Strategies
  • Mystery Inquiry
  • Inductive Learning

6
Research Basis Web Resources
  • http//www.nwrel.org/msec/science_inq/whatisinq.ph
    p
  • Northwest Regional Educational Laboratory,
    Portland
  • http//www.materialsworldmodules.org/pedagogy/inqu
    iry_continuum.shtml - Materials World Modules,
    Northwestern University - levels
  • http//www.exploratorium.edu/ifi/resources/classro
    om/inquiry_based.html - Exploratorium, Palace of
    Fine Arts, San Francisco - looks
  • http//www.sln.org/resources/index.html - Science
    Learning Network
  • http//www.phy.ilstu.edu/programs/ptefiles/311cont
    ent/inquiry/inquiry.html - Carl Wenning -
    resistance
  • http//carbon.cudenver.edu/mryder/itc_data/idmode
    ls.html - Instructional Design Models, University
    of Colorado, Denver

7
Research Basis
  • Continuum
  • http//www.k12.wa.us/conferences/summerinstitute20
    05/materials/DELGADILLOTRANFORMING2.pdf - State
    of Washington
  • Lab analysis tool

8
The Long and The Short of It
  • Physical Science
  • 1 Demonstrating Newtons Laws
  • Sanfords Lab
  • Sanfords Presentations
  • Sanfords Rubric
  • Cellinis Group Project
  • Cellinis Student Evaluations
  • Cellinis Rubric
  • 2 Marshmallows Under Pressure
  • This is a great introduction, formative
    assessment, exit ticket, or even the beginnings
    of an essay on laws of air pressure.
  • It is simple to set up.
  • All you need to ask is Whats happening and
    why?
  • You can include specific vocabulary such as
    pressure, force, Boyles law, Charles law, etc.
    for students to use in their explanations.

9
The Long and The Short of It
  • Life Science
  • 1 Cell City
  • Forum
  • Instructions
  • Museum
  • 2 Nature Puzzlers, Look Out Below! (by
    Lawrence Hillman)

10
The Long and The Short of It
  • Earth Science
  • 1 Plate Tectonics Lab
  • Cellinis Lab
  • 2 Gustav Holst The Planets Suites
  • Classical Inquiry
  • MIDI files

11
Classroom Management
  • Planning and Preparation
  • Find a buddy and share the load
  • Convert your favorite labs - one at a time
  • Prepare ahead
  • Materials and Supplies
  • Clear, labeled storage bins
  • File crates for reusable printed, laminated
    materials
  • Carts with wheels, baskets of supplies
  • Flexible Grouping
  • Singles, pairs, threes, fours, and more
  • Give each student a job student roles
  • Lab Safety
  • Just because the students are generating their
    own concepts does not mean you can sit behind
    your desk they are going to need your guidance.
  • If theyre engaged, Im engaged!
  • Learn with them you are truly a facilitator when
    practicing inquiry science instruction you will
    need to be content-ready to help guide and focus
    the students explorations.

12
Assessment
  • Rubrics
  • Assessing the lab.
  • Assessing a composition book.
  • Exit Tickets
  • A quick check on an index card or scrap paper.
  • What happened and why? What does this prove?
  • May include specific vocabulary.
  • Probes (NSTA)
  • Uncover misconceptions.
  • Determine current thought processes.
  • Writing prompt and essay test questions.
  • Vocabulary
  • Tic-Tac-Know
  • Word Sort

13
Wrap Up
  • EQ reflection have we answered them?
  • What questions do you, the audience, have?
  • Thank you! ?

14
Supply List
  • 10 each real and plastic oranges
  • 10 syringes with caps, play-dough
  • 10 marshmallows
  • 10 each markers, highlighters, pens
  • 10 baskets
  • 10 sticky note pads, ruled note pads
  • Candy
  • Carrying bags
  • Colored file folders
  • Handouts

15
Now, its your turn
  • Try converting one of your labs or one of the
    provided labs to the inquiry format using the lab
    analysis tool.
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