NCCA STEP UP Challenge GROUP CREATION AND MEMBER MANAGEMENT.
Early Math: We Need Better Math - NCCA · is important to engage them in ‘math talk’ –...
Transcript of Early Math: We Need Better Math - NCCA · is important to engage them in ‘math talk’ –...
Douglas H. ClementsUniversity of Denver
Early Math:Surprisingly Important
© 2007, 2008, 2009, 2010, 2011, 2012, D. H. Clements, Ph.D., & Julie Sarama, Ph.D. All rights reserved. Do not use or duplicate without permission.
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© D. H. Clements. Do not use or duplicate without permission.© D. H. Clements. Do not use or duplicate without permission.© D. H. Clements. Do not use or duplicate without permission.
We Need Better Math
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What’s Surprising?
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Surprise #1: Math’s Predictive PowerLarge-scale research, predicting school success(Duncan et al., 2007)
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Foundations for Success
“Most children acquire considerable knowledge of…mathematics before … kindergarten.
…related to their mathematics learning for years thereafter - even high school.”
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Young children can learn amazingly broad, complex, and sophisticated mathematics.
Surprise #2: Children’s Math Potential
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Preschool Potential
• Cory isputting 4 trianglestogetherto makesquares
Cory makes a new shape:A unit of units
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Another boy sees the square structure,butbuildswrongsquare
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Finishing, Cory shows adult, who asks:“How many triangles did you use?”
Cory counts: “24”
“24 what?”
“Triangles.”
“How many squaresdo you have?”
Puts 4 fingers ontriangles in eachnew unit and countseach square: “6!”
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• Reintroduction: 64 -28
• ”Now, I can’t take 8 from 4, so…”
-Kye, a 3rd grade boy, interrupted:
• Yes, you can! 8 from 4 is negative four 64 -28 -4
Third Grade Subtraction
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• “…and 20 from 60 is forty: 64 -28 -4 40
• …and negative four and 40 is 36” 64 -28 -4 40 36
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“In the curriculum, a view of all children as having the capacity to engage with deep and challenging mathematical ideas and processes from birth should be presented.”
— Primary Maths Reports…
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“Mathematics is viewed not only as useful and as a way of thinking, seeing and organising the world, but also as aesthetic and worthy of pursuit in its own right (Zevenbergen, Dole, & Wright, 2004).
All children are viewed as having an ability to solve mathematical problems, make sense of the world using mathematics, and communicate their mathematical thinking.”
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A Surprise to Educators
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Surprise #3: Surprise to Educators
• What young children can learn is a surprise to most early/primary educators.
• Therefore, they do not challenge children or use formative assessment effectively (especially “ends”).
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Surprise #4: Most Children Need a Math Intervention
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Not Just the Poor
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Equity
• Especially low-income children who hear about 1,500 number words a year
• Compare to middle-income: 93,000
• Middle hear 60 times as many words!
‘mathematics for all’ —
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Surprise #2 Revisited: Children’s Math Potential
Children invent mathematics…
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How much is 9 take away 4?
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Why Not Just the Algorithm?
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Why Develop, Discuss, Use?
Promotesconcepts,
skills,problem solving,
creativity
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Difficult subtraction: 1000 - 359
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Surprise #5: We Know a Lot
• About how children think about and learn math
• Learning trajectories
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Learning Trajectories: 3 Parts
1.Goal
2.Developmental Progression
3. Instructional Activities
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Scientific Approach to
Learning Trajectoriesweaves the 3
parts together
Mathematics Goal
InstructionalTasksDevelopmental
Progression
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Small Numbers and Counting
• Finger plays:
• One, two, buckle…
• When I was one…When I was one, I was so small, (hold up 1 finger)
I could not speak a word at all. (shake head)
When I was two, I learned to talk. (hold up 2 fingers)
I learned to sing, I learned to walk. (point to mouth and feet)
When I was three, I grew and grew. (hold up 3 fingers)
Now I am four and so are you! (hold up 4 fingers)
• Later: Five Little Monkeys, etc.
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Number Jump
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https://phonics.opencourtonline.com/inttools/one_page/launchdemo.html
Joelleb, password recycle
Games
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• Count the dots and move that number of jumps
• Connecting different concepts of number
Road Race:Counting in Two “Worlds”
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• Count the sides of a shape and move that number of jumps
• Connecting new concepts of number
Road Race Shape Counting -
Another Variation
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• Choose the “better” of two numbers
• Comparing but also reasoning: Which is better in this case?
Space RaceNumber Choice
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Encourage counting on from
numeralAdd numerals
Addition “choice” game
Two-digit addition
Arithmetic Sequence
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Surprise #5: We Know a Lot
About how to scale up teaching and learning with learning trajectories
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Control
TRIAD
Rasch scores
p < .0001
ES = 0.72
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“Of the assessment approaches available, formative assessment offers most promise for generating a rich picture of young children’s
mathematical learning (e.g., NCCA, 2009b; Carr & Lee, 2012).
Strong conceptual frameworks are important for supporting teachers’ formative assessments
(Carr & Lee, 2012; Ginsburg, 2009a; Sarama & Clements, 2009). ”
Learning Trajectories for Formative Assessment
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Surprise #5a: Math + Play
Building mathematics knowledge does not require sacrificing play.
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Average percentage of minutes in which mathematical activity occurred:
Mathematical Activity in PreK Play
42%
Important: Only an intuitive foundation!
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Math, Literacy, and Play
• Curricula focus lead to stronger emphasis in subject-matter
• Children in content-focused classrooms more likely to engage at high-quality level during free play
• Those focusing on both math and literacy more engaged at high level than neither or only one!
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Play with Ideas
• Regular play with blocks, puzzles, socio-dramatic play (with self-regulation), and
• Enhancement of math in that play, and
• Intentional, planned, math (LTs)...and
• Play with mathematics
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Surprise #5b: Language and Literacy Do Not Suffer
• No difference on letter naming or 3 expressive language measures.
• Sig. higher for TRIAD on:
• Information
• Complexity
• Independence
• Inferential Questions
3.40
3.50
3.60
3.70
3.80
3.90
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Control Building Blocks
Inferential Reasoning: Q2 Practical (Raw) - OL Scores by Treatment Group - Beginning of K (Fall 2007), TRIAD II
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“In addition to introducing young children to mathematical vocabulary, it is important to engage them in ‘math
talk’ – conversations about their mathematical thinking and reasoning .”
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Building Blocks of Math
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Control
TRIAD
TRIAD Follow Through
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ControlTRIAD
TRIAD Follow ThroughTo do better than this…
We need this…#5c: We Throw Gains Away
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Fall 06-07
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Computer General Curriculum Small Group Whole Group
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Surprise #5d: Sustainability
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Fall 06-07 Spring 06-07 Spring 09
Computer General Curriculum Small Group Whole Group
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“Mathematics education should address the range of mathematical ideas that all children need to engage with. It should
not be limited to number.”
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A Trajectory for
Composing Geometric
Shapes
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Pre-Composer
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Picture Maker
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Shape Composer
What’s important?—Think, pair, share
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Substitution Composer
•Finds different ways to fill a frame, emphasizing substitution relationships.
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Super Shape Series
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Teachers’ Representations of
Learning Trajectories
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Teachers of Older Students• Herb Gross’ sites:
www.adjectivenounmath.comwww.lovemath.org
• http://www.wirelessgeneration.com/posters
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Early Math Surprises
1. Early math has surprising predictor power.
2. Young children have the potential to learn powerful math.
3. #2 is a surprise to most educators.
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Early Math Surprises
4. Most children need an intervention.
5. We know a lot. LT + Interventions
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Justin
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References• Sarama, J., & Clements, D. H. (2009). Early childhood
mathematics education research: Learning trajectories for young children. NY: Routledge.
• Clements, D. H., & Sarama, J. (2009). Learning and teaching early math: The learning trajectories approach. NY: Routledge.
• Clements, D. H., & Sarama, J. (2011). Early childhood mathematics intervention. Science, 333, 968-970.
• Clements, D. H., Sarama, J., Spitler, M. E., Lange, A. A., & Wolfe, C. B. (2011). Mathematics learned by young children in an intervention based on learning trajectories: A large-scale cluster randomized trial. Journal for Research in Mathematics Education, 42(2), 127-166.
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• Clements, D. H., & Sarama, J. (2007). Building Blocks Curriculum, Grade PreK. SRA/McGraw-Hill.
• Clements, D. H., & Sarama, J. (2008). Experimental evaluation of the effects of a research-based preschool mathematics curriculum. American Educational Research Journal, 45, 443-494.
• Clements, D. H., Sarama, J., & Liu, X. (2008). Development of a measure of early mathematics achievement using the Rasch model: The Research-based Early Maths Assessment. Educational Psychology, 28(4), 457-482.
• Clements, D. H., Sarama, J., & Wolfe, C. B. (2011). TEAM—Tools for early assessment in mathematics. McGraw-Hill.
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