1 Breakout 6 Connecting our Learning with Different Representations of Fractions Deb Wines MaryLou Kestell.

Slides:



Advertisements
Similar presentations
Common Core State Standards for Mathematics: Coherence
Advertisements

MET21 Professional Development Paine Intermediate May 2011.
Teaching the Common Core Standards in Mathematics March 29, 2012 Michael Lecker, Programs and Services,
INFORMative Assessment of Student Understanding; Ratio and Rate of Change August, 2012.
Developing Mathematical Practices for Number, Operations and Algebraic Reasoning: Grades K -5 Developed by Dr. Jenny K. Tsankova with support from Teachers21.
Assisting Students Struggling with Mathematics: RTI for Elementary Schools.
1 Math CAMPPP 2011 Math at the Beach!!! Grade 5-8 Sandra Fraser Erik Teather.
Problem Solving. Model Drawing Steps: 1.Read the entire problem. 2.Decide who is involved in the problem. 3.Decide what is involved in the problem. 4.Draw.
© 2012 Common Core, Inc. All rights reserved. commoncore.org NYS COMMON CORE MATHEMATICS CURRICULUM A Story of Units Grade 3 – Module 5.
Understanding Multiplication and Division of Whole and Decimal Numbers
Gabr’l Stackhouse April 25,  To strengthen the teaching and learning of addition and subtraction word problems in kindergarten, first, and second.
1 Math CAMPPP 2012 Breakout Session 4A Gr Session Goals Participants will have the opportunity to explore, practice, and discuss: Listening and.
The California Frog-Jumping Contest
Differentiated Instruction An introduction - part 2.
DeAnn Huinker, Melissa Hedges, Chris Guthrie, & Beth Schefelker
Fraction Models.
New Teachers’ Induction January 20, 2011 Office of Curriculum and Instruction.
Process Standards for Mathematics Indiana’s Academic Standards Fifth Grade: Fractions in Context.
A Look at Standards for Mathematical Practice Gr. 3-5 Class 1 January 31, 2011.
Implementing the Nevada Academic Content Standards for Mathematics Talking About Solution Methods and Problem-Solving Strategies Traci Loftin and Rachel.
CAAT Follow Up Meeting #1 Clay County High School Clay County Middle School.
Education Bradford – Primary Maths Team Aims Strategies that are successful What works for us! Impact on schools.
Inquiry learning How do we plan for IBL in mathematics? Tool IF-2: Observe and analyse a lesson.
Grades 3-5 Fractions Pre K – 5 Mathematics Educators Summit PSESD October 25, 2014.
Improving Mathematics Achievement of Students in the Junior Division TDSB and LNS Junior Math Strategy (CIL-M and GCS) Tues Apr 5, 2011.
Transitioning to the Common Core State Standards – Mathematics Pam Hutchison
There are three ways in which we can solve for slope: Slope = RISE RUN 1. Use the formula and count the spaces on a graph. = 2323.
An Overview of Algebra Connections. What’s new? Numbering system ~ Chapter 2/Section 1/Lesson 3 Five Ways of Thinking Justifying, Generalizing,
Math Session 2 Mathematical Practices 4 & 5 Modeling with Math PARCC Task Types Lesson Study.
© TUNING UP FRACTIONS LINDA WEST SMARTTRAINING, LLC.
Grade 3 & 6 EQAO Network Scaffolding Students to Independence.
 Take a card  Solve the task  Record your solution on a post-it  Find 3 other people with the same result.
How to Create a Problem Solving Classroom Cathy Nguyen & Nicole Moscoso Lawndale Elementary School District.
Day 3 Slide 1 Number and Operations Day 3.5 A research-based Canadian professional learning initiative Coxheath Elementary November 21, 2008.
TEACHING MATH TO JUNIOR DIVISION Big Ideas, Fractions & eWorkshop.
Welcome! Please find your name on a table card.. Session 1 Making Meaning for Whole Number Addition and Subtraction AGENDA Welcome Sharing Student Work.
1 Math CAMPPP 2012 Breakout Session 4A Gr Session Goals Participants will have the opportunity to explore, practice, and discuss: Listening and.
Week 6.
Measure Treasures Lesson 1. Objectives Create graph models for fractions less than or equal to one whole Use graphed models to find equivalent names for.
How many of your students come to you with a good understanding of multiplication? Research shows that you should develop student understanding PRIOR TO.
Welcome to the Year 3 ‘Learn with your child’ Maths workshop.
Multiplication Rectangular Model
subtract within 1000 using strategies based on place value
Interpreting the Quotient
Review of Slope LESSON 10.
Fractions on a Number Line
Open Ended Questions From Massachusetts
Sense Making, Seeing Structure, And Making Generalizations
Professionalism and Participation in Mathematics Education
Multiplying and Dividing Fractions Grade 5, CCSSM
Intermediate Mathematics and the Learner-Centered Environment?
Teacher Background Knowledge for Cluster 1
The Key Elements to FRACTION Success
Lesson – Teacher Notes Standard:
Lesson – Teacher Notes Standard:
Talking Points: -- “How do you indentify equivalent fraction on a number line?” -- “For example, what fraction is equivalent to 3/6?”
Productive Mathematical Discussions: Working at the Confluence of Effective Mathematics Teaching Practices Core Mathematics Partnership Building Mathematical.
Lesson Day 1 - Teacher Notes
5 × 7 = × 7 = 70 9 × 7 = CONNECTIONS IN 7 × TABLE
5 × 8 = 40 4 × 8 = 32 9 × 8 = CONNECTIONS IN 8 × TABLE
Lesson – Teacher Notes Standard:
4 × 6 = 24 8 × 6 = 48 7 × 6 = CONNECTIONS IN 6 × TABLE
5 × 6 = 30 2 × 6 = 12 7 × 6 = CONNECTIONS IN 6 × TABLE
10 × 8 = 80 5 × 8 = 40 6 × 8 = CONNECTIONS IN 8 × TABLE MULTIPLICATION.
3 × 12 = 36 6 × 12 = 72 7 × 12 = CONNECTIONS IN 12 × TABLE
Warm Up Sung Hoon made two decimal numbers using the digits 5, 6, and 7. He found to be their sum. What is the difference of the two decimal numbers?
5 × 12 = × 12 = × 12 = CONNECTIONS IN 12 × TABLE MULTIPLICATION.
5 × 9 = 45 6 × 9 = 54 7 × 9 = CONNECTIONS IN 9 × TABLE
3 × 7 = 21 6 × 7 = 42 7 × 7 = CONNECTIONS IN 7 × TABLE
Conceptual Understanding in Mathematics Grades 3-5
Presentation transcript:

1 Breakout 6 Connecting our Learning with Different Representations of Fractions Deb Wines MaryLou Kestell

Birthday Buddies Join the people who have the same birthday month as you Split into pairs Pick up a 0 – 4 number line and some markers 22

Ordering and Comparing Fractions Order the following fractions on your number line: 1/2, 3/4, 5/6, 3 3/4, 8/4, 16/4, 15/5, 3 3/3, 2/6, 1 1/2, 1 5/10, 2/1 3

Gallery Walk / Discussion 4

Video Preview In what ways does the problem unpack key understandings about fractions? In what ways does the problem allow ALL students (including those with specific LDs) access to the mathematics? What do you notice about the teacher’s questioning? What do you notice about student representations and dialogue? 5

LNS The Three Part Lesson in Mathematics; Supporting Student Learning –Part 2 During –Part 3 After nning/ In The Classroom 6

Discussion In what ways does the problem unpack key understandings about fractions? In what ways does the problem allow ALL students (including those with specific LDs) access to the mathematics? What do you notice about the teacher’s questioning? What do you notice about student representations and dialogue? 7

Running for Fun Cathy Fosnot; Contexts for Learning Mathematics Read the story problem to the group 8

Details – 26 mile race There are markers every 12 th of the route’s total length There are 8 water stations equally spaced along the way and the last is at the finish line Last year Rachel and Mark both ran 1/2 of the route This year Rachel knows she ran 7/12 of the route because she counted the markers and stopped at the 7 th marker Mark ran to the 5 th water station How many miles did they run and how much further did they run compared to last year? 9

Details – 36 km race There are markers every twelfth of the route’s total length There are 8 water stations equally spaced along the way and the last is at the finish line Last year Rachel and Mark both ran 1/2 of the route This year Rachel knows she ran 7/12 of the route because she counted the markers and stopped at the seventh marker Mark ran to the fifth water station How many kilometres did they run and how much further did they run compared to last year? 10

Gallery Walk Solutions Any new mathematical learning to share? 11

Consolidation Brainstorm at your tables What mathematics did we engage in as we solved this problem? What strategies surfaced in this problem? How did the solutions lead to emergent thinking about multiplication and division of fractions? 12

Discussion Questions Why is a number line an effective model for this problem? What other models did you notice in the gallery walk? 13

Discussion Questions con’t… Would you engage students in a contextual problem that leads to multiplicative thinking as related to fractions and to considering division of fractions prior to teaching algorithms for these operations? –Why or why not? 14

Hidden Slide 15 Notes from Cathy!

Hidden Slide – Possible Strategies 16

Hidden Slide – Possible Strategies 17

Hidden Slide 18

Hidden Slide 19