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Connected Mathematics Project Parent Math Night

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... to other concepts and knowledge, and to learners' life outside the classroom. Accommodate various learning styles. How is math taught? ... – PowerPoint PPT presentation

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Title: Connected Mathematics Project Parent Math Night


1
Connected Mathematics ProjectParent Math Night
  • March 22, 2005
  • 600 p.m.

2
Welcome!
  • Please find a seat - we thank you in advance for
    sitting at a lunchroom table. We will be doing an
    activity later in the night.
  • At your table is a Calvin and Hobbes cartoon.
    Please look at it and relate it to how you
    learned math. Feel free to discuss it with
    someone else at your table.

3
Agenda
  • 1. Feelings about Math
  • 2. Math of the Past vs. Math of Today and the
    Future
  • 3. Notebooks and Organization
  • 4. Look at how a lesson might be taught
  • 5. Do part of an investigation from Comparing and
    Scaling

4
How is math taught?
  • Math in the Past
  • Isolated facts and symbols
  • Topics needed to prepare for the curriculum of
    the next class or grade
  • Math of Today and Future
  • Concepts and facts in context
  • Skills Applications Creative and imaginative
    perspectives positive attitudes toward the
    subjects and learning in general.

5
How is math taught?
  • Information that lacks relevance
  • Information that lacks connections
  • Depend mainly on lecture and reading
  • Topics dealing with major concerns and concepts
    rather than trivia
  • Relevance and connections to other concepts and
    knowledge, and to learners life outside the
    classroom
  • Accommodate various learning styles

6
How is math taught?
  • Do laboratory experiences after the fact, for
    proof
  • Emphasize coverage
  • Emphasize fragmented ideas and concepts
  • Reward the right answer
  • Do investigations to develop the learning
  • Emphasize what is learned (uncover the
    learning)
  • Emphasize understanding, making connections and
    application of knowledge
  • Encourage a questioning environment that
    challenges and motivates learning

7
Mathematical Processes
  • Problem Solving - The Standards recommend that
    students learn to develop and apply strategies
    for investigating mathematical content and
    solving problems.
  • Communication - The Standards emphasize the
    importance of written and verbal communication.
    Expecting students to convey their mathematical
    ideas to others encourages students to reason
    clearly, articulate their thinking, and justify
    it to others.

8
Mathematical Processes
  • Mathematical Reasoning - The emphasis on
    reasoning about mathematical situations begins
    with students recognizing and effectively using
    different problem-solving strategies.
  • Connections - The Standards also emphasize the
    importance of learning to make connections, both
    within mathematics and between mathematics and
    the world.

9
Mathematical Processes
  • Representation - The Standards stress essential
    elements in supporting students understanding of
    mathematical concepts and relationships used to
    communicate mathematical approaches and
    understandings to self and others use to
    recognize connections and apply them in
    realistic problem situations through modeling.

10
Ask students to explain their thinking
11
Teaching Model Launch-Explore-Summarize
  • Launch - Engaging the Students
  • Teacher
  • Introduces new concepts
  • Reviews old concepts
  • Helps Students understand the context
  • Issues the mathematical challenge

12
Teaching Model Launch-Explore-Summarize
  • Exploring the Situation
  • Students
  • Gather data share ideas look for patterns
  • Make conjectures
  • Develop strategies
  • Create arguments to support their solution and
    reasoning
  • Exploring the Situation
  • Teachers
  • Asks questions
  • Observes individual differences
  • Encourages, redirects
  • Provides extra challenges
  • Makes instructional decisions based on student
    work

13
Teaching Model Launch-Explore-Summarize
  • Summarize the Results
  • Teachers and Students
  • Collect, organize, analyze data
  • Observe differences and similarities
  • Discuss strategies Refine strategies
  • Develop rules or generalizations
  • Verify generalizations
  • Apply skills and understandings

14
We Learn
  • 5 from Lecture
  • 10 from Reading
  • 20 of what is Heard
  • 30 of what is Demonstrated
  • 50 of what we both Hear and See
  • 70 of what is Discussed with others
  • 80 of what we Experience personally
  • 95 of what we TEACH to someone else

15
Math Web Sites
  • For more information on CMP, go to
  • www.math.msu.edu/cmp
  • www.math.msu.edu/cmp/newsite/index.html
  • Math Challenges for Families
  • www.figurethis.org
  • www.illuminations.nctm.org
  • Evaluation of middle school math texts
  • www.project2061.org
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