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Mathematical Practice Mathematical Practice

Mathematical Practice - PowerPoint Presentation

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Mathematical Practice - PPT Presentation

2 Reason Abstractly and Quantitatively Module 2 This practice in action allows students to reason in a generalized or abstract manner without knowing the details of a situation This practice is ID: 199352

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Slide1

Mathematical Practice

2:

Reason Abstractly and Quantitatively

Module

2Slide2

This practice

in action allows students to reason in a generalized or abstract manner without knowing the details of a situation.

This practice is

critical to students’ engagement at every level of the mathematics curriculum (NGA & CCSSO 2010, p.6)

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Mathematical Practice

2

Reason Abstractly and QuantitativelySlide3

Mathematical Practice

2:

Defined

“Reason abstractly and quantitatively” refers to the need for students to communicate precisely and correctly at every level of the mathematics curriculum-with teachers and their peers (NGA & CCSSO, 2010, p.6)

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Mathematical Practice

2Slide4

Can students learn to reason?

Yes! According to research by Ball and Bass (2003), “Mathematical reasoning is something that students can learn to do” (p. 33).

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Mathematical Practice

2Slide5

Two Major Benefits of Reasoning

It

aids students’ mathematical understanding and ability to use concepts and procedures in meaningful

ways.

It helps students reconstruct faded knowledge.

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Mathematical Practice

2Slide6

What is the teacher’s major responsibility

?

Engage your students in discourse that promotes reasoning between the teacher and students and between the students and their peers daily.

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Mathematical Practice

2Slide7

What are the expectations for student reasoning & mathematical explanation?

What are the questions you can ask if students get stuck?

How will students be expected to connect the problem’s solutions & the limits on the solutions based on the context of the problem?

How can you scaffold the problem?

How can you extend the problem for students who provide an adequate solution while other students are still working?

What scaffolding questions can you use to help students teach, learn, and reason when working together?

When planning lessons that promote CCSS Mathematical Practice 2,

a

sk

yourself…Slide8

What does this look like in the classroom

?

As the teacher you

pose questions that probe students’ thinking beyond their suggestions of an answer

Use correct and incorrect answers provided by students to stretch their thinking beyond their original thoughts

Require students to provide justification for their thinking

Provide access to and use appropriate representations of problems

Provide students with extensions to problems previously solved but frame them such that they will make new discoveries or use different problem solving methodsSlide9

What are the students doing?

In a classroom where students are making sense of

reasoning abstractly and quantitatively,

you will notice students

Can decontextualize a problem by representing it symbolically for a solution

Can contextualize a problem by attending to the meaning of the quantitates in the problem

Can create a coherent representation of the presented task

Explaining to their peers why solutions do or do not work

Sharing and justifying their thinking

Adjusting their conceptions based on information gathered through discussions

Creating problems and accompanying scoring rubrics for a particular lesson

Identifying errors in a solution and explaining how to correct themSlide10

Please return to Module

2

and complete the collaborate and reflect activity.

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For more information…

Visit:

http://ccssmpd.weebly.com

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