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Visible Learning for Mathematics, Grades K-12 : What Works Best to Optimize Student Learning

John Hattie (Author).

Record details

  • ISBN: 9781506362946
  • Physical Description: paperback
  • Publisher: Thousand Oaks Corwin Press Inc 2016
Subject: Mathematics--Study and teaching (Elementary)

Available copies

  • 6 of 6 copies available at Headquarters.
Location Call Number / Copy Notes Barcode Shelving Location Status Due Date
Accra Central Library 201 510.71/HAT 000000012003 500 - Science & Math, Space, Earth, Weather, Animals,Plants - REF Available -
Dansoman Library 201 510./HAT 000001791921 500 - Science & Math, Space, Earth, Weather, Animals,Plants Available -
Dodowa Library 201 510./HAT 000001791853 500 - Science & Math, Space, Earth, Weather, Animals,Plants Available -
Osu Library 201 510.71/HAT 000000012010 500 - Science & Math, Space, Earth, Weather, Animals,Plants Available -
Tema Library 201 510.71/HAT 000000011990 500 - Science & Math, Space, Earth, Weather, Animals,Plants Available -
Tema Library 201 510./HAT 000001791914 500 - Science & Math, Space, Earth, Weather, Animals,Plants Available -

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Make learning visible in mathematics.
Forgetting the past
What makes for good instruction?
The evidence base
Noticing what does and does not work
Direct and dialogic approaches to teaching and learning
The balance of surface, deep, and transfer learning
Surface, deep, and transfer learning working in concert
Making learning visible starts with teacher clarity.
Learning intentions for mathematics
Success criteria for mathematics
Preassessments
Mathematical tasks and talk that guide learning.
Making learning visible through appropriate mathematical tasks
Making learning visible through mathematical talk
Surface mathematics learning made visible.
The nature of surface learning
Selecting mathematical tasks that promote surface learning
Mathematical talk that guides surface learning
Mathematical talk and metacognition
Strategic use of vocabulary instruction
Strategic use of manipulatives for surface learning
Strategic use of spaced practice with feedback
Strategic use of mnemonics
Deep mathematics learning made visible.
The nature of deep learning
Selecting mathematical tasks that promote deep learning
Mathematical talk that guides deep learning
Mathematical thinking in whole class and small group discourse
Small group collaboration and discussion strategies
Whole class collaboration and discourse strategies
Using multiple representations to promote deep learning
Strategic use of manipulatives for deep learning
Making mathematics learning visible through transfer learning.
The nature of transfer learning
The paths for transfer: low-road hugging and high-road bridging
Selecting mathematical tasks that promote transfer learning
Conditions necessary for transfer learning
Metacognition promotes transfer learning
Mathematical talk that promotes transfer learning
Helping students connect mathematical understandings
Helping students transform mathematical understandings
Assessment, feedback, and meeting the needs of all learners.
Assessing learning and providing feedback
Meeting individual needs through differentiation
Learning from what doesn't work
Visible mathematics teaching and visible mathematics learning
Appendices.
A. Effect sizes
B. Standards for mathematical practice
C. A selection of international mathematical practice or process standards
D. Eight effective mathematics teaching practices
E. Websites to help make mathematics learning visible

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