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Math TEKS Refinement TOT

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The student uses fraction names and symbols (with denominators of 12 ... pictorial models to generate equivalent fractions [using concrete and pictorial models] ... – PowerPoint PPT presentation

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Title: Math TEKS Refinement TOT


1
Math TEKS Refinement TOT
  • Project Director Pam Littleton
  • Tarleton State University

2
3-5 Writing Team
  • Ann May
  • Beth Riggs
  • Susan Russell
  • Chris Salter
  • Freddie Vasquez
  • Kay Teague, Editor
  • Paula Moeller

3
Content of TOT module
  • Morning of Day 1
  • Understanding refinements made to grades K-5
    mathematics TEKS
  • Afternoon of Day 1
  • Assessment of the new TEKS through diagnostic,
    formative, and summative means
  • Proposed time line for incorporation of TEKS
    revisions into TAKS and SDAA II

4
Content of TOT module
  • Morning of Day 2 - Measurement Content
  • Afternoon of Day 2 - Numerical Fluency Content

5
Other Support
  • Appendix
  • Lessons at each grade level in each strand to
    support the revisions to the TEKS
  • CD
  • All materials will be available on CD
  • Web informational site
  • www.MathTEKS2006.net

6
What are all the Changes About?
  • An opportunity to really study the refinements to
    the Texas Essential Knowledge and Skills

7
What to Look For!
  • Limitations on Existing TEKS and Student
    Expectations
  • New Information Added to Existing TEKS and
    Student Expectations
  • New TEKS and Student Expectations
  • Rewording of Existing TEKS and Student
    Expectations

8
Limitations on Existing TEKS and Student
Expectations
  • (3.2) Number, operation, and quantitative
    reasoning. The student uses fraction names and
    symbols (with denominators of 12 or less) to
    describe fractional parts of whole objects or
    sets of objects.
  • The restriction on denominators now applies to
    all student expectations (A - D) for this
    Knowledge and Skills statement.

9
New Information Added to Existing TEKS and
Student Expectations
  • (5.3) Number, operation, and quantitative
    reasoning. The student adds, subtracts,
    multiplies, and divides to solve meaningful
    problems. The student is expected to
  • (C) use division to solve problems involving
    whole numbers (no more than two-digit divisors
    and three-digit dividends without technology) ,
    including interpreting the remainder within a
    given context

10
New TEKS and Student Expectations
  • (4.11) Measurement. The student applies
    measurement concepts. The student is expected to
    estimate and measure to solve problems involving
    length (including perimeter) and area. The
    student uses measurement tools to measure
    capacity/volume and weight/mass. The student is
    expected to
  • (B) perform simple conversions between different
    units of length, between different units of
    capacity, and between different units of weight
    within the customary measurement system.

11
Rewording of Existing TEKS and Student
Expectations
  • (4.2) Number, operation, and quantitative
    reasoning. The student describes and compares
    fractional parts of whole objects or sets of
    objects. The student is expected to
  • (A) use concrete objects and pictorial models to
    generate equivalent fractions using concrete and
    pictorial models.

12
Math TEKS Refinements and TAKS for 3-5
  • TEA developed and administered a statewide survey
    of proposed new information to be assessed on
    TAKS.
  • For the new information determined to be eligible
    to assess on TAKS, new items will be developed in
    2007, field tested in 2008, and live in 2009.
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