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American Publishers School Division Summit on Mathematics and Science

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Title: American Publishers School Division Summit on Mathematics and Science


1
American Publishers School Division Summit on
Mathematics and Science October 4, 2007 Nancy
Kinard President, Florida Council of Teachers of
Mathematics
2
Floridas New World-class Mathematics Sunshine
State Standards
  • World Class Education Standards (WCES) are
    defined as standards by subject area that require
    critical thinking and problem-solving skills,
    foster creativity and innovation, and cultivate
    the acquisition of communication and information
    through the use of contextual and
    applied-learning strategies that promote global
    competitiveness.
  • When implemented through quality instruction and
    content, these standards prepare all students to
    compete internationally at their highest levels.

3
Why World-Class?Modeled From the Best of the Best
  • Singapore top on the TIMMS international
    assessment
  • Finland top on the PISA international
    assessment
  • Massachusetts, California, Indiana standards
    that were graded A
  • National Council Teachers of Mathematics
  • K 8 Focal Points Big Ideas

4
Mathematics Standards
  • Revisions began September 2006
  • Adoption in September of 2007
  • Access points utilized for alternative assessment
    in 2008
  • 2007-2008 Transition year
  • New course descriptions
  • Standards cross walk
  • Textbook alignment
  • 2008-2009 Implementation year
  • 2010-2011 Assessment

5
Of the People, By the People,
  • 20 people on the framers committee
  • 5 external experts
  • 22 people on the writers committee
  • 43,025 ratings of benchmarks through online
    review process
  • 15 expert review panelists
  • 7 reviewers from the business community
  • 22 depth of knowledge raters

6
Web-based Public Review
  • 43,025 total ratings of 504 benchmarks
  • Ratings from all school districts
  • 503 of 504 benchmarks 50 or more rated agree
    or strongly agree
  • Ratings included public comment

7
Web-based Public Review 1,391 Raters Completed
the Visitor Profile
  • How they Identified Themselves
  • 50 as administrators
  • 32 as district staff
  • 37 as other interested persons
  • 26 as parents
  • 1,242 as teachers
  • 4 no response

8
What is the Role of the Standards?
  • Define the content, knowledge, and abilities that
    a Florida K-12 mathematics student is expected to
    have and master at the end of each grade level or
    course
  • Provide clear guidance to teachers for Depth of
    Knowledge and instructional goals
  • Provide framework for textbooks and other
    instructional materials
  • Provide framework for Assessment
  • Serve as a guide to improve student learning in
    mathematics

9
Big Ideas K-8
10
Terms in the 1996 and 2007 Standards
  • 1996
  • Standards
  • Grade Band
  • Strand
  • Benchmark
  • Grade Level Expectation
  • 2007
  • Standards
  • Body of Knowledge
  • Supporting Idea
  • Big Idea
  • Access Points
  • Benchmark

11
Why World-Class
  • Old average of 83 grade level expectations per
    grade K-8
  • New average of 18.5 benchmarks per grade K-8
  • Singapore 15 standards per grade K-8

12
Whats Different?Fewer but More Aligned Topics
  • Old Geometry K 2, There is no specific
    benchmark for dividing shapes into parts for the
    purpose of building a foundation to understand
    the concept of fractions.
  • New Benchmark Grade 2, MA.2.G.5.1
    Use geometric models to demonstrate the
    relationships between wholes and their parts as a
    foundation for fractions.
  • Fractions are then introduced in grade 3.

13
What does this mean?
  • Fewer topics per grade, less repetition from year
    to year
  • Move from covering topics to teaching them
    in-depth for long term learning and building
    connections
  • Teachers will need to know how to introduce each
    new topic at the concrete level and move to the
    abstract and then connect it to other and more
    complex topics
  • Students, build, draw, write and explain

14
What does this look like?
  • Grade 4 Example Lesson Day 1
  • Provide each student with 30 cm2 tiles and
    several sheets of cm2 paper
  • Reintroduce cm2 tiles and the concepts of squares
    and rectangles, request student volunteers build
    and share models of squares and rectangles and
    articulate the definitions for each
  • Request students build as many rectangles and
    squares as possible using one up to all of the
    tiles and draw these models on their graph paper

15
Day 2
  • Ask students individually to identify for each
    number of tiles used, how many rectangles or
    squares can be built
  • Pair up students and have them compare and
    discuss their findings
  • Have student pairs share with the class their
    findings and communicate their defense for
    correctness
  • When the correct total is agreed upon (58),
    provide students the opportunity to review their
    work to make any necessary improvements prior to
    the next step (teacher reviews for correctness)

16
Day 3
  • Have students list the numbers of tiles from
    which
  • only one square or rectangle could be built
  • a square could be built
  • multiple rectangles and/or squares could be built
  • Pair up students and have them compare and
    discuss their findings
  • Have student pairs share with the class their
    findings and communicate their defense for
    correctness
  • When the correct responses are agreed upon,
    provide students the opportunity to review their
    work to make any necessary improvements prior to
    the next step (teacher reviews for correctness)

17
Here are the solutions
  • 1, 2, 3, 5, 7, 11, 13, 17, 19, 23, 29 tiles only
    build one rectangle
  • 1, 4, 9, 16, 25 tiles build squares
  • 4, 6, 8, 9, 10, 12, 14, 15, 16, 18, 20, 21, 22,
    24, 25, 26, 27, 28, 30 tiles build multiple
    rectangles and/or squares
  • What mathematical concepts do these models
    represent?

18
More and More and MoreThis example lesson should
take several more days to complete.
  • Primes, composites, perfect squares
  • Other concepts by continuing this lesson
  • Number patterns
  • Perimeter and addition facts
  • Repeated addition (precursor to multiplication)
  • Area and multiplication facts (precursor to
    factoring in algebra and use of algebra tiles)
  • Prime factorization and factors

19
Applying These Concepts
  • Make these concepts relevant by applying them
  • Using one sheet of your graph paper, design a
    floor plan for your first home that includes
    eight square and rectangular rooms. Your plan
    must include at least one perfect square and one
    rectangle with a prime area. Label all
    perimeters, areas, and room purposes.
    Write a defense for your plan.

20
Related Benchmarks
  • Grade 4 MA.4.A.1.1 Use and describe various
    models for multiplication in problem-solving
    situations and demonstrate recall of basic
    multiplication and related division facts with
    ease
  • Grade 4 MA.4.G.3.2 Justify the formula for the
    area of the rectangle area base x height
  • Grade 5 MA.5.A.2.4 Determine the prime
    factorization of numbers (a concept needed to add
    and subtract fractions with unlike denominators)

21
Secondary Bodies of Knowledge
22
Course Description Example ALGEBRA I
ALGEBRA
GEOMETRY
MA.912.A.4.2 Add, subtract, and multiply
polynomials.
MA.912.G.1.4 Use coordinate geometry to find
slopes, parallel lines, perpendicular lines, and
equations of lines.
STATISTICS
MA.912.S.5.8 Use a regression line equation to
make predictions.
23
Business and Industry
  • The mathematics standards revision process began
    with the research from the Achieve Mathematics
    Benchmarking Initiative presented to the
    Mathematics Framers group by Kaye Forgione.
  • Achieve (online here  http//www.achieve.org/)
    is sponsored by the National Governors
    Association and has a board of directors composed
    of 3 state governors and 6 business CEOs (see
    http//www.achieve.org/node/337).
  • The research accomplished by the Achieve group is
    based on input from the business community. Their
    academic benchmarks are based on input from
    front-line managers in a variety of industries
    such as health care, gaming, high-tech
    manufacturing, information technology, law,
    television, shipping and transportation, retail,
    and financial services.
  • The following slide delineates the mathematics
    courses recommended for success by the 16
    nationally recognized career and technical
    education career clusters by Achieve.org.

24
Recommended Math Courses for 16 CTE Career
Clusters
25
Bodies Of Knowledge 9-12
26
Why World-Class
  • Finland
  • Compulsory Courses
  • Expressions and Equations
  • Geometry
  • Statistics and Probability
  • Mathematical Analysis Derivative, Polynomial
    Functions
  • Advanced Courses
  • Vectors (covered in Discrete)
  • Trigonometric Functions and Number Sequences
  • The derivative Radical and logarithmic
    functions, Integral Calculus
  • Specialization Courses
  • Commercial Mathematics
  • Mathematical Models
  • Florida
  • Algebra
  • Geometry
  • Trigonometry
  • Probability
  • Statistics
  • Discrete
  • Calculus
  • Financial Literacy

27
Whats Different?Benchmarks Specific to Content
  • Old Data Analysis and Probability had seven
    benchmarks to guide instruction for a statistics
    course.
  • New We now have 9 benchmarks for Probability and
    28 benchmarks for Statistics to guide instruction
    in Floridas four approved courses in this area
    as well as other courses where these benchmarks
    would be applicable.

28
Whats Different?Benchmarks Specific to Content
  • Old Measurement, we had eight benchmarks in
    measurement but no direction on where and when
    they should be taught.
  • New We have no Measurement Body of Knowledge,
    our Bodies of Knowledge relate to math content
    areas, not topics within mathematics for
    example MA.912.G.6.4 Find and use measures of
    arcs and related angles (central inscribed, and
    intersections or secants and tangents).

29
Whats Different?Benchmarks Specific to Content
  • Old There were NO benchmarks to guide instruction
    in Financial Literacy, Trigonometry, Discrete
    Mathematics, and Calculus.
  • New Now there ARE!

30
What does this mean?
  • Teachers will now have content specific
    benchmarks to lead their instruction no longer
    being dependent upon the text for the content of
    the course they are teaching.
  • End-of-course exams and pre-tests can be built
    from the benchmarks listed in course
    descriptions.
  • Administrators will know exactly what benchmarks
    are to be taught in each course.

31
From Business Reviewers
  • I and several of my Engineering and Physics
    peers enjoyed solving the questions in this
    section.  I especially loved the example in
    Standard Number MA.912.A.7.8 9. Thank you for
    allowing me to review your math standards
    document.  I had fun, and I am sincerely glad to
    be able to provide feedback and become a more
    active citizen in our childrens education.
  • Kim Robinson,
  • Senior Performance Engineer, Adaptec, Inc.

32
Kims Input
  • Standard Number MA.912.A.1.5 I am continuously
    surprised by the number of students that are not
    actually able to perform dimensional analysis.
     In my job, this is one of the most important
    things to be able to understand and perform.  Im
    glad to see this standard within the algebra
    section and think it should be reinforced in
    Chemistry, Physics and higher level mathematics
    courses.
  • Standard Number MA.912.A.2.2 Again hooray for
    Florida for including graph representation for
    real world situations.  Being able to visual
    represent problems, something that girls tend to
    perform less optimally/frequently than boys,
    significantly aids in solving problems.  There is
    a certain realness to problems that can be
    displayed graphically.
  • Standard Number MA.912.A.2.12 Never heard of
    joint variations, google couldnt even find it
    (sans the FL DOE website).
  • Standard Number MA.912.A.4.3 Factoring
    polynomial expressions is the bane of most
    Algebra and pre-calculus students.  There are no
    perfect, guaranteed recipes for success for n
    degree (gt2) poly equations. I would encourage
    more emphasis on this distinct problem and more
    tools (i.e. completing the square, rational zero
    test, etc.)
  • And a list of 24 concepts that she requested be
    included. We cited where 21 of these are already
    explicitly included and have place more emphasis
    on the other three in remarks and examples

33
Others
  • Adequacy Yes. the standards include the
    concepts for higher learning.   Depth of
    coverage While for most of the standards include
    important concepts in depth, some areas can be
    improved.
  • Tim Madhanagopal, Engineer, Orange County
    Utilities 
  • The Financial Literacy component is excellent
    kudos for adding this.Howard Ludwig, Senior
    Staff Engineer,
  • SoftwareLockheed Martin Missiles and Fire
    Control
  • Statistical SectionDo Florida's revised math
    standards include the math concepts/knowledge/skil
    ls that students should learn in grades 9 through
    12 to ultimately succeed in high-performance,
    high-growth jobs? Yes
  • Floyd Freeman, Jr.,
  • Technical Project Manager, Sprint

34
World-class Policies
  • Graduation requirements
  • 2007-2008 9th grade students will be required to
    earn four credits in mathematics for graduation,
    including Algebra I or equivalent (2003 2006
    40 graduated with four credits).
  • Eight other states already require credit in
    Algebra II, eight more require credit in
    Geometry.

35
How Can You Help?Public Relations!
  • Believe students need math and science
  • Encourage teachers to learn more about their
    content
  • Provide classrooms with hands-on learning tools
  • Be aware of what good math and science
    instruction looks like and support it
  • The students should be doing the work!

36
Where to Find the 2007 Standards Document
www.flstandards.org
www.fldoestem.org
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