Rigor & Mathematical Practices
Indicator 2d
Balance: The three aspects of rigor are not always treated together and are not always treated separately. There is a balance of the 3 aspects of rigor within the grade.
AI proposed
The materials are explicitly designed to balance all three aspects of rigor both independently and simultaneously. The teacher guide contains a dedicated 'Balancing Rigor' section [E1] and states the three aspects of mathematical proficiency are 'interwoven'—some activities develop a concept, others master procedural skill, others apply mathematics to real-world problems [E3]. The design principle 'Developing Conceptual Understanding and Procedural Fluency' [E11] and the description that 'procedural fluency is supported by understanding, and deep understanding often requires procedural fluency...students must both understand and be able to do the mathematics' [E4] show multiple aspects engaged simultaneously, while distributed practice [E7] and end-of-unit application lessons [E8] show independent treatment. This structural evidence supports both required components.
Your decision
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Evidence Guide· what the rubric asks for · click to expand
Indicator 2d The three aspects of rigor are not always treated together and are not always
treated separately. There is a balance of the three aspects of rigor within the
grade.
Scoring
2 points
● All three aspects of rigor are
present independently
throughout each grade level.
AND
● Multiple aspects of rigor are
engaged simultaneously to
develop students’ mathematical
understanding of a single
topic/unit of study throughout
each grade level.
1 point
● All three aspects of rigor are not
present independently
throughout each grade level.
OR
● Multiple aspects of rigor are not
engaged simultaneously to
develop students’ mathematical
understanding of a single
topic/unit of study throughout
each grade level.
0 points
● All three aspects of rigor are not
present independently
throughout each grade level.
AND
● Multiple aspects of rigor are not
engaged simultaneously to
develop students’ mathematical
understanding of a single
topic/unit of study throughout
each grade level.
About this indicator:
What is the purpose of this Indicator?
This indicator, along with 2a, 2b, and 2c, determines the shift of Rigor. Grade-level materials must include a
balance of conceptual understanding, procedural skill and fluency, and application, and this balance should be
evident in supporting students as they develop mathematical understanding.
Research or Standards connection:
● Common Core State Standards for Mathematics (CCSSM)
● K-8 Publishers' Criteria for the CCSSM (Summer 2012)
● Student Achievement Partners (SAP) Instructional Materials Evaluation Tool for K-8 Mathematics
● Achieve EQuIP Rubric for Lessons & Units
● Achieve Framework to Evaluate Cognitive Complexity in Mathematics Assessments
Resources:
● SAP Coherence Map
● Institute for Mathematics Education Progressions Documents
● Reading: “Principles To Actions”, (NCTM) p. 42-48
● Video: "The Balance Between Skills and Understanding" (The Hunt Institute)
● Video: “Mathematics Fluency: A Balanced Approach” (The Hunt Institute)
● Video: “Building Conceptual Understanding in Mathematics” (NCTM)
● Video: “Conceptual Understanding Excerpt” (The Hunt Institute)
● Concrete Representational Abstract: Instructional Sequence for Mathematics
● Achieve the Core: Situation Types for Operations in Word Problems
Indicator 2d Guiding Question:
Do the materials balance the three aspects of rigor?
Evidence Collection
Note: Consider the intent of the program to balance the three aspects of rigor, not the quality of the
materials—indicators 2a-c focus on the quality of materials. Evidence should be different than the evidence
collected for 2a, 2b, and 2c.
Collect evidence demonstrating how the three aspects of rigor are present independently throughout each
grade level.
Collect evidence demonstrating where multiple aspects of rigor are engaged in simultaneously to develop
students’ mathematical understanding of a single topic/unit of study throughout each grade level, for example:
● Consider whether materials use conceptual understanding to develop procedural skill and fluency.
● Consider if students use multiple representations (i.e. manipulatives, drawings, expressions, equations,
tables, graphs, charts, number lines, etc.) and written/oral explanations to support their work in application
problems.
Do the materials emphasize one aspect of rigor over the others in specific units? If so, do the materials work to
maintain balance throughout the grade level?
Cluster Meeting
Consider the following question(s) as evidence is synthesized:
● How are the three aspects of rigor present independently throughout each grade level?
● How are multiple aspects of rigor engaged simultaneously to develop students’ mathematical
understanding of a single topic/unit of study throughout each grade level?
● Do the materials emphasize one aspect of rigor over the others in specific units? If so, do the materials
work to maintain balance throughout the grade level?
Gateway 2: Rigor & Mathematical Practices
Criterion 2.2
Standards for Mathematical Practice
Materials meaningfully connect the Standards for Mathematical Content and the Standards for Mathematical
Practice (MPs).
What is the purpose of this Criterion?
The purpose of this criterion is to ensure the Standards for Mathematical Practice are identified and connected
to grade-level mathematical content, and the materials present opportunities for students to both learn and
independently demonstrate each of the MPs.
Research Connection
● Common Core State Standards for Mathematics (CCSSM)
Scoring
Note: If the materials do not identify the MPs for teachers, evidence of this will be included in the
Practice-Content Connections criterion report. The lack of identification of the MPs will result in the deduction
of 1 point in the scoring for indicator 2e only.
Meets Expectations
● 9-10 points
Partially Meets Expectations
● 6-8 points
Does Not Meet Expectations
● <6 points
Gateway 2: Rigor & Mathematical Practices
Criterion 2.2 Materials meaningfully connect the Standards for Mathematical Content and
the Standards for Mathematical Practice.
Retrieved evidence (12 chunks)
- E1 · k5-teacher-guide — im.kendallhunt.com/k5/teachers/teacher-guide/design-principles.htmlrel 0.61
- E2 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/how_to.htmlrel 0.43
- E3 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/how_to.htmlrel 0.37
- E4 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/what_is_pbc.htmlrel 0.36
- E5 · k5-teacher-guide — im.kendallhunt.com/k5/teachers/teacher-guide/how-to-use-the-materials.htmlrel 0.35
- E6 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/design_principles.htmlrel 0.35
- E7 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/how_to.htmlrel 0.35
- E8 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/design_principles.htmlrel 0.35
- E9 · k5-teacher-guide — im.kendallhunt.com/k5/teachers/teacher-guide/how-to-use-the-materials.htmlrel 0.34
- E10 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/how_to.htmlrel 0.34
- E11 · ms-teacher-guide — im.kendallhunt.com/MS/teachers/design_principles.htmlrel 0.34
- E12 · k5-teacher-guide — im.kendallhunt.com/k5/teachers/teacher-guide/access-for-students-with-disabilties.htmlrel 0.33
Evidence is stored as references + retrieval scores (the chunk text isn’t snapshotted); open the source to read the passage in context.