Maths Counts Insights into Lesson Study 1. Kathleen Molloy and Laura Craig 6 th yr HL GeoGebra and solving modulus inequalities 2.

Slides:



Advertisements
Similar presentations
Importance of Questioning and Feedback Technique in developing 3 Cs
Advertisements

Educationeducation Improving Scottish Stirling Mathematics Conference.
Maths Counts Insights into Lesson Study
Lesson Study Lesson Study. Based on Japanese Lesson Study Introduced through TIMSS (1995) Based on Japanese Lesson Study Introduced.
Maths Counts Insights into Lesson Study 1. Jacqueline Normile, Norma Dowling and Elaine Hickey. Sixth Year. Associating derivatives with slopes of tangent.
Twitter Math Camp 2014 SPIRALING THROUGH THE CURRICULUM SLAMDUNKMATH.BLOGSPOT.COM
Maths Counts Insights into Lesson Study 1. Team: Kathleen Molloy & Breege Melley Topic: Introducing Integration Class: Sixth year Higher Level 2.
Maths Counts Insights into Lesson Study 1. Helen Mc Carthy & Eimear White Transformations of Functions in Second Year 2 2.
Maths Counts Insights into Lesson Study 1. Moate Community School: Mathematics Department Target Group: Junior Cycle Topic: Introducing Patterns – Second.
Maths Counts Insights into Lesson Study
Maths Counts Insights into Lesson Study
Maths Counts Insights into Lesson Study 1. 2 Caitriona O Connell, Fiona Fahey, Helen Lambe 5 th Years Linking Patterns through the Strands.
5 Pillars of Mathematics Training #1: Mathematical Discourse Dawn Perks Grayling B. Williams.
Common Core State Standards in Mathematics: ECE-5
Investigations in Number, Data, and Space: Teaching Philosophy.
Project Maths Changes in Assessment - Implications Bill Lynch MSSTL Annual Conference, Carlow, 24 th May 2010.
Teach Equation Solving Kathy Hawes Discussion presented by Jessica Dow and Janice O’Donnell.
Maths Counts Insights into Lesson Study 1. Teacher: Olivia Kelly SHS Maths department Class: First year Maths Ability:Mixed 2.
Introduction to Workshop 10 Choosing Learning and Teaching Approaches and Strategies.
Maths Counts Insights into Lesson Study 1. Gemma O’Dwyer, Patricia Lewis, Jenny Donohoe Second Year Array model and quadratic factorisation 2.
Week 2 Standards and evidence Building your professional persona and portfolio.
Maths Counts Insights into Lesson Study
Maths Counts Insights into Lesson Study 1. Maths Department, Our Lady’s College Geometry in Context Transition Year and Ordinary Level Junior Cert 2.
Maths Counts Insights into Lesson Study 1. Sharon Mack, Irene Stone and Gemma Fay 3 rd Years Problem Solving as a “Means” not an “End” Normally we teach.
Maths Counts Insights into Lesson Study 1. Sandra Fay, Irene Stone, Sharon Mack First year Junior Cert An Introduction to Patterns 2.
Maths Counts Insights into Lesson Study 1. Mairead Murphy, Kevin Carey, Pat Brennan Second year Junior Certificate Taxation: Does your answer make sense?
Kyrene Professional Growth Plan
ACOS 2010 Standards of Mathematical Practice
Big Ideas and Problem Solving in Junior Math Instruction
Maths Counts Insights into Lesson Study 1. Tim Page and Joanne McBreen Transition Year or Senior Cycle Introducing Tolerance and Error (Leaving cert.
1.8 Solving Absolute Value Equations and Inequalities
Module 1: A Closer Look at the Common Core State Standards for Mathematics High School Session 2: Matching Clusters of Standards to Critical Areas in one.
Mike Rospenda Math practices, mike rospenda 1. students actually do math use mathematics using math knowledge engaging in mathematical thinking investigate.
Compare, Represent, and Evaluate Functions ABLE Teacher Academy.
KLA Maths Computer-based technologies in the Enhancing Student
Interstate New Teacher Assessment and Support Consortium (INTASC)
CONCEPT DEVELOPMENT LESSONS Region 5 Mathematics Network Conference September 16, 2013.
Engaging Students in High Level Cognitive Tasks Marjorie Graeff April 21, 2010 Division of Teaching & Learning.
Robert Kaplinsky Melissa Canham
Protocols for Mathematics Performance Tasks PD Protocol: Preparing for the Performance Task Classroom Protocol: Scaffolding Performance Tasks PD Protocol:
T 7.0 Chapter 7: Questioning for Inquiry Chapter 7: Questioning for Inquiry Central concepts:  Questioning stimulates and guides inquiry  Teachers use.
8 th Grade Integers Natalie Menuau EDU Prof. R. Moroney Summer 2010.
Milwaukee Mathematics Partnership High School Labs Kevin McLeod and DeAnn Huinker University of Wisconsin-Milwaukee Designing High Quality Professional.
Crysten Caviness Curriculum Management Specialist Birdville ISD.
Mathematics Teachers Grade 8 October 10, 2013 Joy Donlin and Tony Lobascher.
Maths Counts Insights into Lesson Study 1. Mairead Guiney Tomás Twomey 5 th Year Higher Level Carnival Games: Leaving Cert Probability 2.
CNA REGIONAL EDUCATIONAL LAB ~ APPALACHIA The Effects of Kentucky Virtual High School’s Hybrid Course in Algebra I on Teaching Practices, Classroom Quality,
Project Based Learning
Math I Cluster Quiz Data. Math I Unit 2 Represent & Solve Equations & Inequalities Graphically.
Assessment Information from multiple sources that describes a student’s level of achievement Used to make educational decisions about students Gives feedback.
Pre-Calculus: Graphs and Limits By: Bryan Price. Contents and Standards Pennsylvania Mathematics Standards: Trigonometry – Use graphing calculators.
Responding to Mathematical Thinking: Descriptive Feedback that is Precise and Personalized Connie Quadrini, YCDSB OAME 2013.
Create a 5 Whys. Think about the purpose of maths and what type of mathematical learners you wish to create in the classroom.
Math Assessments Math Journals When students write in journals, they examine, they express, and they keep track of their reasoning. Reading their journals.
Agenda Introductions Objectives and Agenda Review Principal Evaluation: So far Revised resources Collect evidence from a “faculty meeting” Debrief Planning.
Grade 7 & 8 Mathematics Reporter : Richard M. Oco Ph. D. Ed.Mgt-Student.
Science Notebooks Research-Based Strategies on how to implement them in today's science classroom by Karen Shepherd.
Plenary 1. What’s important about the Math we Teach? A Focus on Big Ideas Marian Small
Models for Lessons Thinking about planning. The Verbs of Doing Mathematics Explaining Investigating Exploring Interpreting Analyzing Describing Deriving.
#1 Make sense of problems and persevere in solving them How would you describe the problem in your own words? How would you describe what you are trying.
Natalija Budinski Primary and secondary school “Petro Kuzmjak” Serbia
Mathematical Practice Standards
Formative assessment in Science and Maths Education
Maths Counts Insights into Lesson Study
What to Look for Mathematics Model Algebra 1
Numeracy Skills Framework
What to Look for Mathematics Grade 6
What to Look for Mathematics Grade 1
Logo slide English/Arabic
Topics: Be able to writes equations of Linear Functions from numerical representations. Be able to writes equations of Absolute Value Functions from numerical.
Presentation transcript:

Maths Counts Insights into Lesson Study 1

Kathleen Molloy and Laura Craig 6 th yr HL GeoGebra and solving modulus inequalities 2

Introduction: Focus of Lesson Student Learning : What we learned about students’ understanding based on data collected Teaching Strategies: What we noticed about our own teaching Strengths & Weaknesses of adopting the Lesson Study process 3

4

5 These were the learning outcomes we set out to achieve.

Topic investigated :Solving modulus equations and inequalities How we planned the lesson Resources used : Prior knowledge Worksheets Calculator (abs function and Table Mode) Number-line GeoGebra 6

Enduring understandings Use of multi-representations when solving problems i.e. mental, numerical, graphical, algebraic Use of the calculator as a problem solving tool Demystifying the absolute value function Use of GeoGebra to verify student work 7

Data Collected from the Lesson: 1.Academic e.g. samples of students’ work 2.Motivation 3.Social Behaviour 8

9

10 Some students showed tables and some didn’t. This student has referred to axiom 1 (Two point axiom)

11 |x|=x, x>0 |x|=-x, x<0

12

13

14

15

16 Using GeoGebra to support the learning

17

18

19 Misconception related to the logical connectors “AND” and “OR”:

20

21

22 Graph of |x-3|:Horizontal shift of |x| three units to the right Verbal

23 Graph of |x+3|: Horizontal shift of |x| three units to the left

24

25

26

27

28

29

30

31 Misconception? Axiom 2: The distance |AB| is never negative

32

33 Repeat student correct

34

35 Students did this question using conceptual understanding Sample paper 2012 LCHL

36

37

38 Showing reasoning

39 Misunderstanding the inequality sign CMC

40

41

Recommendations The adjustments you have made or would make in the future: Spend some time revising the inequality notation especially their use in conveying the logic of “AND” and “OR” Move the modulus of a quadratic graph to an earlier point in the lesson (observer suggestion) More examples of the interpretation of non-algebraic modulus expressions, with a number line to describe each one 42

Was it difficult to facilitate and sustain communication and collaboration during the lesson? No. The worksheet facilitated a natural progression of difficulty keeping students very engaged throughout the lesson. ( Student comment to the observer:- “It was intense!!) 43

How did I engage and sustain students’ interest and attention during the lesson? Students had a complete plan for the lesson from the start which allowed them to discover the meaning of absolute value The work built on prior knowledge to start with but then progressively built on insights gained in the lesson Questioning throughout as opposed to “telling” moved the lesson forward 44

How did I assess what students knew and understood during the lesson? I observed how students completed the worksheet tasks and asked them to make conclusions. Being able to complete the outcome and conclusions sheet and homework question below showed understanding of the concept. 45

Strengths & Weaknesses As a mathematics team how has Lesson Study impacted on the way we work with other colleagues? Greater sharing of ideas on pedagogy Greater awareness of students’ difficulties in understanding concepts Greater awareness of need for multi – representations especially the visual/graphical and the verbal The benefits of the feedback from an observer who solely concentrates on students’ learning It requires time set aside specifically for this purpose The time spent planning freed up the teacher during the class This plan is now available for future classes 46

Strengths & Weaknesses Personally, how has Lesson Study supported my growth as a teacher? I gained from the support, the sharing of ideas and the atmosphere of constructive criticism generated by the process New ways of teaching old concepts! 47

Strengths & Weaknesses Recommendations as to how Lesson Study could be integrated into a school context. – Incorporate into overall self evaluation process for the Mathematics department – Undertake during Croke Park hours 48