common core state standards for mathematics: shifts and implications for mathematics instruction

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Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

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Page 1: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Common Core State Standards for Mathematics:

Shifts and Implications for Mathematics Instruction

Page 2: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Morning Session

Focus, Coherence, and Rigor; Realizing the Common Core in

Elementary Mathematics

Understand how the Common Core influences our Instruction

Identify the 3 major shifts in math education

Page 3: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Last week, I was at a restaurant with a group of friends. The bill came and this is what was

said…

“I’m not good at math, you figure

it out.”

Out to lunch…

Page 4: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Next time we go…

“I’m not good reading, can you read this

to me?”

Page 5: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Same Reaction?

Illiteracy Innumeracy

Why is it socially acceptable to be

innumerate?

Page 6: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Innumeracy

21% of Americans possess numeracy skills at the lowest level . . . [which] means that

people cannot . . . work out the change from $2 when buying

goods worth $1.58.

(Murray, 2000. p. 2)www.lausd.net/District_8/math/secmath/0607/

math_anx_ncsm.ppt 

Page 7: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Procedures = Understanding

17- 6

Explain to your partner how you would use the traditional algorithm to solve this

Page 8: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Procedures = Understanding

Now explain to your partner how you would use the traditional algorithm to solve this

10- 6

Page 9: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Procedures = Understanding

17- 6

10- 6

How did changing the numbers influence the “difficulty” of the task?

Page 10: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Procedures = Understanding

10- 6

Xtranormal video- I will email the link as soon as it is released. If it’s not released in time, you can simply say “What do I do first? I can’t take 6 away from 0, so I have to cross off the 1 and …”. Teachers always get a chuckle out of this.

Do they understand?

Page 11: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Procedures & Algorithms

At your table, fill your large paper with examples of algorithms/procedures you learned as a student.

Examples:Foil method in algebraButterfly to compare fractionsStandard Algorithm for multiplication or division

Page 12: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Algorithms

Choose one procedure or algorithm that you learned as a student.E.g., Finding common denominator,

FOIL, Butterfly to compare fractions, multiplication or division algorithm, dividing fractions

Do a sample problem using it… Then explain it to your neighbor –

explain the process and why it works

Page 13: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Algorithms

What algorithms did you explain?

How does understanding the math relate to following the steps of the algorithm?

Page 14: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Break

When you come back, please sit in grade level groups.

Page 15: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Welcome Back

According to the Common Core, What is MOST IMPORTANT at your grade level?

Answer by placing one sticker on the chart.

Page 16: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

The Three Shifts in Mathematics

Focus Coherence Rigor

Authors of the Common Core Math

Standards have emphasized 3 shifts

from old state standards

(like the NCSCOS)

Page 17: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Shift One: Focus strongly where the Standards focus

Significantly narrow the scope of content and deepen how time and energy is spent in the math classroom

Focus deeply only on what is emphasized in the standards, so that students gain strong foundations

Page 18: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Why Focus?

The U.S. curriculum before the Common Core was known as ‘a mile wide and an inch deep.’What did this look like in the NCSCOS?

Focus is necessary in order to achieve the rigor set forth in the standards

Page 19: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Mathematics topics intended at each grade

1 Schmidt, Houang, & Cogan, “A Coherent Curriculum: The Case of Mathematics.” (2002).

By at least 2/3 of US States By at least 2/3 of A+ Countries

The Shape of

Math Instruction

Page 21: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Content Emphases by Cluster

Not all of the content in a given grade is emphasized equally in the standards.

Some clusters require greater emphasis based on the depth of the ideas, the time that they take to master, and/or their importance to future mathematics or the demands of college and career readiness.

An intense focus on the most critical material at each grade allows depth in learning, which is carried out through the Standards for Mathematical Practice.

Focus does not mean neglecting certain standards. Neglecting material will leave gaps in student skill and understanding and may leave students unprepared for the challenges of a later grade.

Page 22: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Sample Content Emphases

What do you notice?What’s missing?

Page 26: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Break!~

Page 27: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Coherence Within Grade

Use the handout of your Grade Level ClustersAnalyze how these clusters are classified

How do these clusters overlap or address similar “larger concepts”?

How do Supporting Clusters align with Major Clusters.

Page 28: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Coherence

Pick a unit from Investigations that incorporates multiple clusters

What are the pre-requisite skills you hope students have before this unit starts?

As students are doing the work in the unit, what is the Major Cluster?What other clusters are also

incorporated?

Page 29: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Coherence

Move and group with teachers from multiple grade levels

Exchange ideas and discuss what your grade level came up with

Page 30: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Coherence Wrap-up

When teaching the Common Core, teachers should: Carefully connect the learning within and across

grades so that students can build new understanding onto foundations built in previous years.

Begin to count on solid conceptual understanding of core content and build on it. Each standard is not a new set of events, but an extension of previous learning.

Page 31: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Shift Three: Rigor

The CCSSM require a balance of: Solid conceptual understanding Procedural skill and fluency Application of skills in problem solving situations

This requires balanced intensity in time, activities, and resources in pursuit of all three

Page 32: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Rigor

Place Value…

Why do we need rigor when we work with place value concepts?

Page 33: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Hundreds, Tens, and Ones

In groups with teachers from different grade levels, analyze the two Hundreds, Tens, and Ones activities. How does each provide…Solid conceptual understandingProcedural skill and fluencyApplication of skills in problem solving

situations

Page 34: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Hundreds, Tens and Ones

Do these promote Conceptual Understanding?Why or why not?

Page 35: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Hundreds, Tens and Ones

Do these promote Procedural Skill and Fluency?Why or why not?

Page 36: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Hundreds, Tens and Ones

Do these promote skill application in problem solving situations?Why or why not?

Page 37: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

DPI 3-5 Released Item

Mrs. Gregory assigned a project that required each of her 20 students to use 36 toothpicks. How many toothpicks did the students use?

A)72 B)620 C)720 D)7,200

Page 38: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Common Core

Page 39: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Rigor

Compare the two previous multiplication items, and discuss how each does/does not provide the opportunity for students to demonstrate…Solid conceptual understandingProcedural skill and fluencyApplication of skills in problem solving

situations

Page 40: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Three Mathematical Shifts

Which shift will have the greatest impact on student learning?

Decide with your team and be prepared to share!

Page 41: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Realizing the Promise of the Common Core

It will take hard work on our part to move a society from this…

10 - 6

To This!

Page 42: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Afternoon Session

Ensuring the Standards for Mathematical Practice at the student level.

Page 43: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Illustrating the Mathematical Practices

Page 44: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Afternoon Session

Ensuring the Standards for Mathematical Practice at the student level.

Page 45: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

A pen for Aramis and Elise (Great Danes) is shown below. Amy wants to add a safe place for her

Chihuahua to run around the great Danes (and not get stepped on!). If she adds a fence that is 2½

feet from the current perimeter, how much fencing will she need for the Chihuahua’s run?

7 ¼

3 5

2

The Chihuahua run must be built 2½ feet from the edge of the Great Dane pen!

Page 46: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Solutions

Page 47: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Standards for Mathematical Practice

4 and 5

In pictures and words, show how you used either mathematical practice 4 or 5 as you solved this task

(you might have to pull these out and re-read )

Page 48: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

An Experience with Students

The following slides are from DPI.

Page 49: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction
Page 50: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

The Task

Page 51: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction
Page 52: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction
Page 53: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction
Page 54: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

What would that look like…

With our students?

Page 55: Common Core State Standards for Mathematics: Shifts and Implications for Mathematics Instruction

Step 1: Introduce/Review Standards for Mathematical Practice # 4 and #5

Date:

Briefly describe how you will introduce/review Standards for Mathematical Practice # 4 and #5

Step 2: Apply Standards for Mathematical Practice # 4 and #5 to a math lesson.Select a lesson that provides students the opportunity to choose appropriate tools strategically and model with mathematics.

Briefly describe lesson chosen:

Toward the end of the lesson, ask students to illustrate how they used mathematical practice #4 OR #5 in their work today.

Step 3: Bring illustrations to math planning.As a team, choose 2 illustrations (one that shows a solid understanding and one that shows minimal understanding). Send illustrations in to Amy and Marilyn (use envelope provided).