Illustrative Math Alignment: Grade 6 Unit 1

Math Examples Collection: The Language of Math--Numerical Expressions--Division

Overview

This collection of math examples focuses on the Language of Math, specifically numerical expressions involving addition. It comprises 40 diverse examples that progressively increase in complexity, covering a wide range of skills related to addition. The examples utilize visual models to simplify and illustrate key concepts, making them more accessible to students.

Overview

This collection of math examples focuses on the Language of Math, specifically numerical expressions involving addition. It comprises 40 diverse examples that progressively increase in complexity, covering a wide range of skills related to addition. The examples utilize visual models to simplify and illustrate key concepts, making them more accessible to students.

Overview

Overview

Overview

This collection of 23 math examples focuses on Analyzing Number Patterns, providing a comprehensive resource for educators and students alike. The examples are designed to progressively increase in complexity, covering a wide range of skills related to pattern recognition and analysis. By utilizing visual models, these examples help simplify complex concepts, making them more accessible to learners.

Overview

Overview

This collection of math examples focuses on the fundamental topic of Adding and Subtracting Integers, providing a comprehensive set of 13 examples to help students master these essential skills. The examples are designed to progressively increase in complexity, covering various aspects of integer operations and catering to different skill levels.

Media4Math Classroom's SAT Math Prep series provide a thorough review of key math topics covered on the SAT. These modules review the key skills that are tested on the SAT with a two-pronged approach:

In this module there is a complete review of the topic of complex numbers. This module covers six key areas:

Media4Math Classroom's SAT Math Prep series provide a thorough review of key math topics covered on the SAT. These modules review the key skills that are tested on the SAT with a two-pronged approach:

In this module there is a complete review of the topic of complex numbers. This module covers six key areas:

Overview

This comprehensive collection of 39 math examples focuses on using Algebra Tiles to model expressions and equations, providing a rich resource for educators and students alike. The examples cover a wide range of skills, starting with basic concepts and progressively increasing in complexity to challenge learners at various levels.

Media4Math Classroom's SAT Math Prep series provide a thorough review of key math topics covered on the SAT. These modules review the key skills that are tested on the SAT with a two-pronged approach:

In this module there is a complete review of the topic of complex numbers. This module covers six key areas:

Overview

Overview

Overview

Overview

Overview

Media4Math Classroom's SAT Math Prep series provide a thorough review of key math topics covered on the SAT. These modules review the key skills that are tested on the SAT with a two-pronged approach:

In this module there is a complete review of the topic of complex numbers. This module covers six key areas:

Media4Math Classroom's SAT Math Prep series provide a thorough review of key math topics covered on the SAT. These modules review the key skills that are tested on the SAT with a two-pronged approach:

In this module there is a complete review of the topic of complex numbers. This module covers six key areas:

Overview

Media4Math Classroom's SAT Math Prep series provide a thorough review of key math topics covered on the SAT. These modules review the key skills that are tested on the SAT with a two-pronged approach:

In this module there is a complete review of the topic of complex numbers. This module covers six key areas:

Overview

This comprehensive collection of 39 math examples focuses on using Algebra Tiles to model expressions and equations, providing a rich resource for educators and students alike. The examples cover a wide range of skills, starting with basic concepts and progressively increasing in complexity to challenge learners at various levels.

Overview

This comprehensive collection of 39 math examples focuses on using Algebra Tiles to model expressions and equations, providing a rich resource for educators and students alike. The examples cover a wide range of skills, starting with basic concepts and progressively increasing in complexity to challenge learners at various levels.

Overview

This collection of 23 math examples focuses on Analyzing Number Patterns, providing a comprehensive resource for educators and students alike. The examples are designed to progressively increase in complexity, covering a wide range of skills related to pattern recognition and analysis. By utilizing visual models, these examples help simplify complex concepts, making them more accessible to learners.

Overview

This collection of 23 math examples focuses on Analyzing Number Patterns, providing a comprehensive resource for educators and students alike. The examples are designed to progressively increase in complexity, covering a wide range of skills related to pattern recognition and analysis. By utilizing visual models, these examples help simplify complex concepts, making them more accessible to learners.

Overview

Overview

In this module students learn how to measure distances on a number line by finding the absolute value of integer values. In the process students also learn about integers and their opposites, as well as how to compare and order integers. Finally, students apply their skills in a real-world scenario involving scuba diving.

In this lesson students view a number of instructional videos, play a math game, and practice their developing skills with absolute value. Students then look at a real-world example: A video describes an exploration around a sunken ship off the coast of San Diego. Students analyze a schematic diagram of the sunken ship using their skills with absolute value.

This lesson addresses Grade 6 Common Core Standards but it can also be assigned to higher grades for concept review. 

In this module students learn how to measure distances on a number line by finding the absolute value of integer values. In the process students also learn about integers and their opposites, as well as how to compare and order integers. Finally, students apply their skills in a real-world scenario involving scuba diving.

In this lesson students view a number of instructional videos, play a math game, and practice their developing skills with absolute value. Students then look at a real-world example: A video describes an exploration around a sunken ship off the coast of San Diego. Students analyze a schematic diagram of the sunken ship using their skills with absolute value.

This lesson addresses Grade 6 Common Core Standards but it can also be assigned to higher grades for concept review. 

In this module model students will learn how to use algebra tiles to model positive numbers, negative numbers, and zero. For this module make sure students have access to set of algebra tiles to use to model integers. Students will then extend their knowledge of integers to learn about matter and anti-matter.

In this module we use red and yellow tiles. The yellow tiles are used to model positive integers, and the red tiles are used to model negative integers. Three short videos describe how to use these tiles to model positives, negatives, and zeros. This module does not address number operations.

As an extension activity students apply their knowledge of zero pairs to the context of matter and anti-matter. A short video describes the concept.

In this module model students will learn how to use algebra tiles to model positive numbers, negative numbers, and zero. For this module make sure students have access to set of algebra tiles to use to model integers. Students will then extend their knowledge of integers to learn about matter and anti-matter.

In this module we use red and yellow tiles. The yellow tiles are used to model positive integers, and the red tiles are used to model negative integers. Three short videos describe how to use these tiles to model positives, negatives, and zeros. This module does not address number operations.

As an extension activity students apply their knowledge of zero pairs to the context of matter and anti-matter. A short video describes the concept.

In this module students develop their skills at translating verbal expressions into mathematical ones. This is a crucial skill that often doesn't get enough attention. A student's ability to successfully translate words into mathematical expressions and equations puts that student on a path to successfully solving more complicated problems.

In this module students focus on addition expressions. This includes numerical and algebraic expressions. They work on addition expressions of the following form:

In this module students develop their skills at translating verbal expressions into mathematical ones. This is a crucial skill that often doesn't get enough attention. A student's ability to successfully translate words into mathematical expressions and equations puts that student on a path to successfully solving more complicated problems.

In this module students focus on addition expressions. This includes numerical and algebraic expressions. They work on addition expressions of the following form:

In this module students develop their skills at translating version expressions into mathematical ones. This is a crucial skill that often doesn't get enough attention. A student's ability to successfully translate words into mathematical expressions and equations puts that student on a path to successfully solving more complicated problems.

In this module students focus on subtraction expressions. This includes numerical and algebraic expressions. Students progress through these form:

In this module students develop their skills at translating version expressions into mathematical ones. This is a crucial skill that often doesn't get enough attention. A student's ability to successfully translate words into mathematical expressions and equations puts that student on a path to successfully solving more complicated problems.

In this module students focus on subtraction expressions. This includes numerical and algebraic expressions. Students progress through these form:

Overview

This collection of math examples focuses on the Language of Math, specifically translating verbal expressions into numerical ones. The examples cover the use of grouping symbols in numerical expressions, providing students with a comprehensive set of 32 downloadable JPG images that educators can easily incorporate into their lesson plans.

Overview

This comprehensive collection of 39 math examples focuses on using Algebra Tiles to model expressions and equations, providing a rich resource for educators and students alike. The examples cover a wide range of skills, starting with basic concepts and progressively increasing in complexity to challenge learners at various levels.

Overview

Math Examples Collection: The Language of Math--Numerical Expressions--Division

In this module students learn the basics of integers, with plenty of real-world applications to ground their knowledge. Two short videos introduce the topic of integers and how to graph integers on the number line. A Quizlet activity allows students to practice the skill of identify positives, negatives, or zero. Four formative assessment items test a student's understanding of integers and graphing integers on a number line.  allow students to test their understanding of these topics.

For the problem solving activity, students learn about super-cooling electronic circuits for certain high-tech applications. Students use their knowledge of integers to arrange temperature values on a number line. 

Overview

This collection of math examples focuses on the fundamental topic of Adding and Subtracting Integers, providing a comprehensive set of 13 examples to help students master these essential skills. The examples are designed to progressively increase in complexity, covering various aspects of integer operations and catering to different skill levels.

Overview

Overview

Overview

Overview

Discover a delightful collection of Christmas-themed math games that make learning arithmetic skills enjoyable and engaging! This collection is perfect for students to practice basic math skills, especially multiplication and division. These festive games are designed to reinforce numerical reasoning while adding a touch of holiday cheer to math practice.

Overview

Overview

This collection of math examples focuses on the Language of Math, specifically numerical expressions involving addition. It comprises 40 diverse examples that progressively increase in complexity, covering a wide range of skills related to addition. The examples utilize visual models to simplify and illustrate key concepts, making them more accessible to students.

Math Examples Collection: The Language of Math--Numerical Expressions--Division

Overview

Overview

This collection of math examples focuses on the fundamental topic of Adding and Subtracting Integers, providing a comprehensive set of 13 examples to help students master these essential skills. The examples are designed to progressively increase in complexity, covering various aspects of integer operations and catering to different skill levels.