Rooster's Off to See the World by Eric Carle, is a beloved children’s book. Not only does the story engage children it can also serve as a foundation for many mathematical investigations for primary mathematicians. The natural progression from counting and making comparisons is to composing and decomposing numbers. The earlier experiences with sets and the relationships between numbers laid the foundation for young mathematicians to learn about operating with numbers. Using operations to make sense of situations in their world or to describe events in their world helps young children build an understanding for the need for operations. The discovery of some basic properties, such as the commutative property of addition, also allow students to build strategies for working with progressively larger numbers as they move from kindergarten through second grade. Primary mathematicians first model “put together” and “take apart” situations using concrete objects, drawings, etc. These concepts are then expanded to composing and decomposing numbers additively. A connection to students’ prior work with building sets is important as students are developing fluencies with their addition and subtractions facts. Children need many opportunities to experience these situations. Incorporating a familiar story allows children to practice these mathematical ideas in a contextual setting. To effectively facilitate these activities, be sure to cover the common addition and subtraction situations found in Table 1, CCSSM, page 88. Questions are provided that can be used during the development of the activity to determine the desired focus of the lesson. It is very important that young mathematicians understand that numbers are quantities represented by numerals, pictures, numerals, etc. Materials are listed for each of the activities. The 25 pages include both black line masters as well as color masters have been provided. Suggestions for preparing the materials have been noted as well to facilitate making classroom sets for long term use.

This is a collection of 10 blackline masters, including a set of elapsed time problems for use with time. There are masters that can be used as writing prompts and journal entries as well as graphic organizers and tolls for supporting students work with time. This resource is good for students with dyslexia and language-based learning deficiencies. Please take a moment to review this resource.

Rooster's Off to See the World by Eric Carle, is a beloved children’s book. Not only does the story engage children it can also serve as a foundation for many mathematical investigations for primary mathematicians. The natural progression from counting and making comparisons is to composing and decomposing numbers. The earlier experiences with sets and the relationships between numbers laid the foundation for young mathematicians to learn about operating with numbers. Using operations to make sense of situations in their world or to describe events in their world helps young children build an understanding for the need for operations. The discovery of some basic properties, such as the commutative property of addition, also allow students to build strategies for working with progressively larger numbers as they move from kindergarten through second grade. Primary mathematicians first model “put together” and “take apart” situations using concrete objects, drawings, etc. These concepts are then expanded to composing and decomposing numbers additively. A connection to students’ prior work with building sets is important as students are developing fluencies with their addition and subtractions facts. Children need many opportunities to experience these situations. Incorporating a familiar story allows children to practice these mathematical ideas in a contextual setting. To effectively facilitate these activities, be sure to cover the common addition and subtraction situations found in Table 1, CCSSM, page 88. Questions are provided that can be used during the development of the activity to determine the desired focus of the lesson. It is very important that young mathematicians understand that numbers are quantities represented by numerals, pictures, numerals, etc. Materials are listed for each of the activities. The 25 pages include both black line masters as well as color masters have been provided. Suggestions for preparing the materials have been noted as well to facilitate making classroom sets for long term use.

Arthur L. Costa and Bena Kallick wrote Habits of Mind in the late 90’s. Soon thereafter, Al Cuoco, E. Paul Goldenberg, and June Mark wrote Habits of Mind: An Organizing Principle for Mathematics Curriculum. In their work they described roles that students hopefully will assume as they are working with mathematics. This poster gives a visual and brief descriptive overview of some of those roles. The language is applicable for all grade levels as well as subjects beyond mathematics.

Vocabulary is one of the foundations for developing understanding for any subject area and mathematics is no exception. For many students words used in mathematics may not be familiar in context. Students need many opportunities to use vocabulary in their daily work. Providing additional opportunities to review vocabulary in a learning station, center, or small group will help support students who are challenged by the language of mathematics. These five vocabulary ideas can be first used in the classroom in a large group or small group setting before rotating out to an independent/pair learning center. Specific mathematical topics are included but the activities can be adapted for any topic, or discipline for that matter. Facilitation notes are provided for each station. The ideas presented are but a start for the many ways in which these activities can be adapted. These are licensed for one classroom use only.

Vocabulary is one of the foundations for developing understanding for any subject area and mathematics is no exception. For many students words used in mathematics may not be familiar in context. Students need many opportunities to use vocabulary in their daily work. Providing additional opportunities to review vocabulary in a learning station, center, or small group will help support students who are challenged by the language of mathematics. These five vocabulary ideas can be first used in the classroom in a large group or small group setting before rotating out to an independent/pair learning center. Specific mathematical topics are included but the activities can be adapted for any topic, or discipline for that matter. Facilitation notes are provided for each station. The ideas presented are but a start for the many ways in which these activities can be adapted. These are licensed for one classroom use only.

Primary mathematicians first model “put together” and “take apart” situations using concrete objects, drawings, etc. These concepts are then expanded to composing and decomposing numbers additively. A connection to students’ prior work with building sets is important as students are developing fluencies with their addition and subtractions facts. Children need many opportunities to experience these situations. Incorporating seasonal manipulatives allows children to practice these mathematical ideas in a contextual setting. To effectively facilitate these activities, be sure to cover the common addition and subtraction situations found in Table 1, CCSSM, page 88. Color masters are provided for both activities, the seasonal objects as well as the counters. Hyperlinks are also provided for manipulatives when applicable. This resource is good for children with dyslexia and language-based learning deficiencies. We'd like to hear about your experience with our resources. Just give it a star rating then tell us what you think, simple as that!

Do trade books have a place in today’s mathematics classroom? Yes! Incorporating literature into the mathematics classroom at any level can increase student engagement, can make the mathematics being studied come alive for the student as well as have meaning, and can help to differentiate instruction as well as support ELL/ESL students. See several samples of the mathematics that can be experienced by students from kindergarten through high school through well-known pieces of children’s literature. Experience how mathematics and the way it is presented can help make mathematics more accessible and understandable for students at all levels. Contains over 80 assorted activities with over 25 to engage students as you read, over 30 for students to experience Being a mathematician, and over 20 activities to provide students authentic Opportunities for writing. Activities can be adapted for large group, small group, centers, learning stations and for intervention. A MUST HAVE book for all primary teachers. Several activity sheets and blackline masters are included as well as tables identifying key words, topics, and suggested manipulatives. Books not included.

Do trade books have a place in today’s mathematics classroom? Yes! Incorporating literature into the mathematics classroom at any level can increase student engagement, can make the mathematics being studied come alive for the student as well as have meaning, and can help to differentiate instruction as well as support ELL/ESL students. See several samples of the mathematics that can be experienced by students from kindergarten through high school through well-known pieces of children’s literature. Experience how mathematics and the way it is presented can help make mathematics more accessible and understandable for students at all levels. Contains over 80 assorted activities with over 30 to engage students AS YOU READ, over 35 for students to experience BEING A MATHEMATICIAN, and over 24 activities to provide students authentic OPPORTUNITIES FOR WRITING. Activities can be adapted for large group, small group, centers, learning stations and for intervention. A MUST HAVE book for all middle school teachers. Several activity sheets and blackline masters are included as well as tables identifying key words, topics, and suggested manipulatives. Books not included.

Writing is one of the parts of language that younger mathematicians are still developing along with their reading, talking, and listening skills. Children learn to write by writing. Writing needs to be original thought, not just copying something that someone else wrote. Therefore it is imperative that opportunities are provided often for students to engage in writing about mathematics. As the teacher, providing an environment that is rich in mathematical language is a priority. Writing About offers a collaborative opportunity for small groups of students to work individually first to write about a concept and then to come together and putting their individual work into a paragraph about the topic. A word cloud is given as a prompt for words and ideas. Facilitation notes are provided as well as student activity sheet. This is a good activity for struggling students and ESL/ELL who may need some support in writing.

Writing is one of the parts of language that secondary mathematicians are still developing. For some students, ESL/ELL for example, what they know about mathematics may exceed their ability to communicate it through the written word. Students learn to write by writing. Writing needs to be original thought, not just copying something that someone else wrote. Therefore, it is imperative that opportunities are provided often for students to engage in writing about mathematics. As the teacher, providing an environment that is rich in mathematical language is a priority. Students’ writing should make sense and be complete. This will develop over time for secondary mathematicians as they have more opportunities to write about their experiences. Writing About offers a collaborative opportunity for small groups of students to work individually first to write about a concept and then to come together and putting their individual work into a paragraph about the topic. A word cloud is given as a prompt for words and ideas. Facilitation notes are provided as well as student activity sheet. This is a good activity for struggling students and ESL/ELL who may need some support in writing.

Writing is one of the parts of language that secondary mathematicians are still developing. For some students, ESL/ELL for example, what they know about mathematics may exceed their ability to communicate it through the written word. Students learn to write by writing. Writing needs to be original thought, not just copying something that someone else wrote. Therefore it is imperative that opportunities are provided often for students to engage in writing about mathematics. As the teacher, providing an environment that is rich in mathematical language is a priority. Students’ writing should make sense and be complete. This will develop over time for secondary mathematicians as they have more opportunities to write about their experiences. Writing About offers a collaborative opportunity for small groups of students to work individually first to write about a concept and then to come together and putting their individual work into a paragraph about the topic. A word cloud is given as a prompt for words and ideas. Facilitation notes are provided as well as student activity sheet. This is a good activity for struggling students and ESL/ELL who may need some support in writing. Expressions & equations, functions, the Real Number System, polynomials, complex numbers, geometry-circles, geometry-an introduction, and trigonometry are included. This resource is good for students with Dyslexia and language-based learning deficiencies. We'd like to hear about your experience with our resources. Just give it a star rating then tell us what you think, simple as that!

Do trade books have a place in today’s mathematics classroom? Yes! Incorporating literature into the mathematics classroom at any level can increase student engagement, can make the mathematics being studied come alive for the student as well as have meaning, and can help to differentiate instruction as well as support ELL/ESL students. See several samples of the mathematics that can be experienced by students from kindergarten through high school through well-known pieces of children’s literature. Experience how mathematics and the way it is presented can help make mathematics more accessible and understandable for students at all levels. Contains over 80 suggested activities with over 32 to engage students AS YOU READ, over 26 for students to experience BEING A MATHEMATICIAN, and over 24 activities to provide students authentic OPPORTUNITIES FOR WRITING. Activities can be adapted for large or small group, centers, learning stations and for intervention. A MUST HAVE book for all high school teachers. Several activity sheets and blackline masters are included as well as tables identifying keywords, topics, and suggested manipulatives. Books not included.

Writing is one of the parts of language that secondary mathematicians are still developing. For some students, ESL/ELL for example, what they know about mathematics may exceed their ability to communicate it through the written word. Students learn to write by writing. Writing needs to be original thought, not just copying something that someone else wrote. Therefore, it is imperative that opportunities are provided often for students to engage in writing about mathematics. As the teacher, providing an environment that is rich in mathematical language is a priority. Students’ writing should make sense and be complete. This will develop over time for secondary mathematicians as they have more opportunities to write about their experiences. Writing About offers a collaborative opportunity for small groups of students to work individually first to write about a concept and then to come together and putting their individual work into a paragraph about the topic. A word cloud is given as a prompt for words and ideas. Facilitation notes are provided as well as student activity sheet. This is a good activity for struggling students and ESL/ELL who may need some support in writing.

Writing is one of the parts of language that secondary mathematicians are still developing. For some students, ESL/ELL for example, what they know about mathematics may exceed their ability to communicate it through the written word. Students learn to write by writing. Writing needs to be original thought, not just copying something that someone else wrote. Therefore, it is imperative that opportunities are provided often for students to engage in writing about mathematics. As the teacher, providing an environment that is rich in mathematical language is a priority. Students’ writing should make sense and be complete. This will develop over time for secondary mathematicians as they have more opportunities to write about their experiences. Writing About offers a collaborative opportunity for small groups of students to work individually first to write about a concept and then to come together and putting their individual work into a paragraph about the topic. A word cloud is given as a prompt for words and ideas. Facilitation notes are provided as well as student activity sheet. This is a good activity for struggling students and ESL/ELL who may need some support in writing.

One of the primary works of the secondary mathematician is building functional fluency. NCTM describes “representation” as referring to both a process and a product. So mathematical representations include all the different ways that students depict their thinking as well as the processes they use to put their thinking into those forms. Representations have often been taught as an end in and of themselves, most as essential elements in supporting students’ understanding. When students gain access to mathematical representations and the ideas they express they acquire a set of tools that significantly expand their capacity to model and interpret physical, social, and mathematical phenomena. The linear activity takes linear functions, with the same domain set, and represents them through verbal, tabular, graphical, symbolic, and set representations. There is also a contextual problem for each for the students to work through. There are six sets of cards, each with 6 representations with facilitation notes. The quadratic activity takes quadratic functions, with the same domain set, and represents them through verbal, tabular, graphical, symbolic, and set representations. There are six sets of cards, each with 5 representations with facilitation notes. This resource is good for students with Dyslexia and language-based learning deficiencies. We'd like to hear about your experience with our resources. Just give it a star rating then tell us what you think, simple as that!

Writing is one of the parts of language that students are developing. For some students, ESL/ELL for example, what they know about a topic may exceed their ability to communicate it through the written word. Students learn to write by writing. Writing needs to be original thought, not just copying something that someone else wrote. Therefore, it is imperative that opportunities are provided often for students to engage in writing about a variety of content. Students’ writing should make sense and be complete. Writing About offers a collaborative opportunity for small groups of students to work individually first to write about a concept and then to come together and putting their individual work into a paragraph about the topic. A word cloud of The Red Pyramid - The Kane Chronicles- associated words is given as a prompt for words and ideas. Facilitation notes are provided as well as student activity sheet. This is a good activity for struggling students and ESL/ELL who may need some support in writing. This resource is good for children with Dyslexia and language-based learning deficiencies. We'd like to hear about your experience with our resources. Just give it a star rating then tell us what you think, simple as that!

NCTM describes “representation” as referring to both a process and a product. So mathematical representations include all the different ways that students depict their thinking as well as the processes they use to put their thinking into those forms. Representations have often been taught as an end in and of themselves, most as essential elements in supporting students’ understanding. When students gain access to mathematical representations and the ideas they express they acquire a set of tools that significantly expand their capacity to model and interpret physical, social, and mathematical phenomena. This activity takes two- and three-digit numbers and represents them through a concrete manipulative, the written symbol, a verbal symbol, a diagram, picture, graph, drawing, or table, and an algebraic representation with a mathematical sentence. There is also a contextual problem for the students to work through. There are 6 sets of cards, each with 6 representations with facilitation notes. This resource is good for students with Dyslexia and language-based learning deficiencies. We'd like to hear about your experience with our resources. Just give it a star rating then tell us what you think, simple as that!

As intermediate mathematicians are continuing to build understandings of the base ten number system they need a variety of experiences to support the development of fluency. Number charts along with “I am…” clues offer a different perspective on numbers for students. A set of ten “I Am” number clues is included plus two blank to use for children or the teacher to create their own. See “I Am” Activity for directions and number charts. This resource is good for students with dyslexia and language-based learning deficiencies.

Can be used: • With game boards as a review game to build procedural fluency • In a flash card type activity • In a center or learning station activity for review or practice • For differentiation and intervention as needed by your students All game cards available: Addition & Subtraction 1-digit (120 cards) Decimal Multiplication (40 cards) Multiplication 1-digit (60 cards) Decimal Subtraction (40 cards) Addition & Subtraction 2-digit (110 cards) Multiplying with 10 (40 cards) Multiplication 2-digit (72 cards) Write Number Words (50 cards) Ten More, Ten Less (40 cards) Time (50 cards) Decimal Addition (40 cards) Factors & Multiples (40 cards) Decimal Division (40 cards) Seven different game boards are available: Decimal Farm Factors in the Forest Transportation Turns Construction Calculation Polar Ice Exploration Airplane Arithmetic Coastal Countdown Game boards are 11x17 in size. Pawns not included. Game boards Can be used: • With game cards as a review game to build procedural fluency • In a flash card type activity • In a center or learning station activity for review or practice • For differentiation and intervention as needed by your students