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MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

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Meaningful Distributed Practice Similar to DMR but with “conditions”, 5-10 minutes, whole class, students work and report, preview or review MDP is a math initiative from Every Student Counts (ESC) and is part of the Iowa Core Curriculum in mathematics Research-based instructional strategy

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Page 1: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

MATH INITIATIVE OF EVERY STUDENT COUNTS

Meaningful Distributed Practice

Page 2: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

Distributed Practice is…

Arithmetic Developed Daily (ADD) or Daily Math Review (DMR) are examples

Consistent practice distributed over a long period of time.

presented in a short amount of time (5-10 minutes)

Focus on recall of procedure

Page 3: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

Meaningful Distributed Practice

Similar to DMR but with “conditions”, 5-10 minutes, whole class, students work and report, preview or review

MDP is a math initiative from Every Student Counts (ESC) and is part of the Iowa Core Curriculum in mathematics

Research-based instructional strategy

Page 4: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

What is MDP?

A 2 week cycle of questions that concentrates on one specific area or skill determined by data analysis – Is driven by your classroom data!

Questions develop a deeper understanding of the concept – “an inch wide but a mile deep”

Helps students be fluent and flexibleEncourages multiple reasoning strategies,

representations and solutionsMore open ended, higher level thinking

questions

Page 5: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

What’s the difference between MDPs and DMR?

Number of concepts and skills addressed in 9 consecutive mini-lessons

Time spent per conceptLevel of thinkingOpportunities for multiple ways of solvingEffectiveness of feedbackFocus on thinking rather than on answers

Page 6: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

Examples and Non-Examples of MDP Questions:

Instead of. . . 0+5, 1+4, and 2+3Ask. . .There are 5 candies in the jar. The

candies can be red or blue. What combinations of candies could be in the jar? Write number sentences to tell your ideas.

Page 7: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

Examples and Non-Examples of MDP Questions

Instead of. . . Round these numbers to the nearest hundred.

Ask. . . Write 3 different numbers that could be rounded to 500, if you rounded them to the nearest hundred.

Page 8: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

The MDP Format or Template

Grade level, Big Idea, Preview or Review6-12 consecutive school daysTop box is area to show what you want the

students to see or hear, what you will write on board or project for students to see

Page 9: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

The MDP Format or Template continued

Questions – Questions to get the students thinking and let them know what they are working to solve or do

Anticipated student responses: Think about misconceptions students may have or what they may struggle with

What will you do: What guiding question could you ask?

Page 10: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

Writing an MDP cycle

Day 1 and the final day may be the same question. This will help measure growth.

Days 2 on, could be questions that will deepen the learning and understanding of the one topic you are choosing to focus on! Each day builds on the day before.

Consider higher level thinking questions from your list of open-ended questions.

Page 11: MATH INITIATIVE OF EVERY STUDENT COUNTS Meaningful Distributed Practice

Now, it’s your turn!

Collaborate with grade level peers to write a 10 day MDP cycle.

Choose 1 skill or topic to develop that the students are struggling with (use classroom data, L to J data, etc.) or to “set the stage” for upcoming learning.