developing mathematical thinking presentation

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Developing Mathematical Thinking with Effective Questioning Presented by Jamal Hutchinson, Numeracy Coach

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Page 1: Developing mathematical thinking presentation

Developing Mathematical Thinking with Effective Questioning

Presented by Jamal Hutchinson, Numeracy Coach

Page 2: Developing mathematical thinking presentation

Purpose of Effective Questioning Teach independent thinking Assess the level of students'

comprehension. Develop student interest or

motivation. Develop thinking skills. Establish relationships between

concepts.

Page 3: Developing mathematical thinking presentation

To help students build confidence and rely on their own understanding

Can you make a model to show that?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 4: Developing mathematical thinking presentation

To help students learn to reason mathematically What assumptions are you making?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 5: Developing mathematical thinking presentation

To check student progress Do you think this would work with other

numbers?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 6: Developing mathematical thinking presentation

To help students collectively make sense of mathematics Do you understand what question is

saying?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 7: Developing mathematical thinking presentation

To encourage conjecturing What are some possibilities here?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 8: Developing mathematical thinking presentation

To promote problem solving What do you need to find out?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 9: Developing mathematical thinking presentation

To help when students get stuck What facts do you have?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 10: Developing mathematical thinking presentation

To make connections among ideas and applications How did you get your answer?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 11: Developing mathematical thinking presentation

To encourage reflection How did you get your answer?Plot the points L(-4,2), M(-1,-1), N(2,2), Q(4,-1), and P(2,4).

Then measure and classify the following angles as acute, right, obtuse, or straight. LMN, LMP, NMQ, LMQ

Page 12: Developing mathematical thinking presentation

References1. Effective Questioning

http://www.slideshare.net/kellyhearnsmith/effective-questioning-1653595 retrieved 8/31/09

2. Developing Mathematical Thinking Through Effective Questioning http://www.pbs.org/teacherline/resources/questionsheet_vma.pdf?cc=tlredir retrieved 8/31/09

3. Effective Questioning Techniques http://edis.ifas.ufl.edu/WC084 retrieved 8/31/09