Pinterest • The world’s catalogue of ideas
Real Number System Quadash Math Game: A Fun Way to Practice Identifying Number…

Real Number System Quadash Math Game: A Fun Way to Practice Identifying Number Sets and Subsets

Real Number System Quadash Math Game: A Fun Way to Practice Identifying Number…

Students are presented with multiple opportunities and approaches to practice classifying and analyzing the relationship between sets and subsets of real numbers in this 3 page activity.

Sets and Subsets of Real Numbers

Students are presented with multiple opportunities and approaches to practice classifying and analyzing the relationship between sets and subsets of real numbers in this 3 page activity.

Partner game used to practice identifying sets and subsets of numbers.

7.2a Rational numbers, sets and subsets partner game Connect Four

Partner game used to practice identifying sets and subsets of numbers.

Students can work independently or with a partner to cut and sort rational numbers into its proper set.   MATH.7.2A Extend previous knowledge of sets and subsets using a visual representation to describe relationships between sets of rational numbers.

Classifying Rational Numbers Cut-n-Sort Activity

Students can work independently or with a partner to cut and sort rational numbers into its proper set. MATH.7.2A Extend previous knowledge of sets and subsets using a visual representation to describe relationships between sets of rational numbers.

Math language- sets and subsets definition

What are Sets and Subsets?

Math language- sets and subsets definition

Students use this matching activity to identify sets and subsets of real…

Number Sense Matching Activity

Students use this matching activity to identify sets and subsets of real…

TEKS 5.5 Behavior: Categorize two-dimensional figures in a hierarchy of sets and subsets. Condition: The students will create classify two-dimensional shapes in a ladder of sets and subsets using graphic organizers based on their attributes and properties. Future use: I would use this in my future classroom as a student assessment of knowledge, or even a guided practice before and assessment of knowledge.

TEKS 5.5 Behavior: Categorize two-dimensional figures in a hierarchy of sets and subsets. Condition: The students will create classify two-dimensional shapes in a ladder of sets and subsets using graphic organizers based on their attributes and properties. Future use: I would use this in my future classroom as a student assessment of knowledge, or even a guided practice before and assessment of knowledge.

This card sort activity has students categorize 24 statements about the Real Number System as Always True, Sometimes True, and Never True.  The statements relate to the different types of numbers in the Real Number System: Real, Irrational, Rational, Integer, Whole, and Natural.  8.2A Extend previous knowledge of sets and subsets using a visual representation to describe relationships between sets of real numbers

The Real Number System - Always, Sometimes, or Never Card Sort

This card sort activity has students categorize 24 statements about the Real Number System as Always True, Sometimes True, and Never True. The statements relate to the different types of numbers in the Real Number System: Real, Irrational, Rational, Integer, Whole, and Natural. 8.2A Extend previous knowledge of sets and subsets using a visual representation to describe relationships between sets of real numbers

Classifying+Quadrilaterals TEKS 5.5  Audience:  5th Grade Behavior: Classify two-dimensional figures in a hierarchy of sets and subsets Condition: using graphic organizers based on their attributes and properties. This resource matches the TEKS because students will use a graphic organizer to classify 2D figures into sets and subsets based on attributes and properties.  I would use this as an evaluation tool to assess student learning.

Classifying+Quadrilaterals TEKS 5.5 Audience: 5th Grade Behavior: Classify two-dimensional figures in a hierarchy of sets and subsets Condition: using graphic organizers based on their attributes and properties. This resource matches the TEKS because students will use a graphic organizer to classify 2D figures into sets and subsets based on attributes and properties. I would use this as an evaluation tool to assess student learning.

Interactive Math Journal Pages that align to the TEKS!This packet contains 1 INB page that can be used to teach the concept of Rational Number Sets and Subsets - TEKS 7.2-1 Guided Notes Page for Classifying Rational Numbers with Sets and SubsetsI have also included pictures to show what these journal pages look like in my INB.

Rational Numbers Sets and Subsets INB TEKS 7.2

Interactive Math Journal Pages that align to the TEKS!This packet contains 1 INB page that can be used to teach the concept of Rational Number Sets and Subsets - TEKS 7.2-1 Guided Notes Page for Classifying Rational Numbers with Sets and SubsetsI have also included pictures to show what these journal pages look like in my INB.

TEKS Aligned: 5.5A (Readiness Standard): The student is expected to classify two-dimensional figures in a hierarchy of sets and subsets using graphic organizers based on their attributes and properties.

5.5A: Classifying Polygons STAAR Test-Prep Task Cards (5.G.3, 5.G.4)

TEKS Aligned: 5.5A (Readiness Standard): The student is expected to classify two-dimensional figures in a hierarchy of sets and subsets using graphic organizers based on their attributes and properties.

My students really struggle with rational numbers so I came up with a lesson to help them understand rational numbers visually and using hands-on.  My students really enjoyed this activity because it helps my visual and hands-on learners.  Students use a number line to see the sets and subsets of rational numbers and use colors to separate the sets and subsets.

Rational Numbers Graphic Organizer and Game

My students really struggle with rational numbers so I came up with a lesson to help them understand rational numbers visually and using hands-on. My students really enjoyed this activity because it helps my visual and hands-on learners. Students use a number line to see the sets and subsets of rational numbers and use colors to separate the sets and subsets.

This card sort activity has students categorize 24 statements about the Real Number System as Always True, Sometimes True, and Never True.  The statements relate to the different types of numbers in the Real Number System: Real, Irrational, Rational, Integer, Whole, and Natural.  8.2A Extend previous knowledge of sets and subsets using a visual representation to describe relationships between sets of real numbers

The Real Number System - Always, Sometimes, or Never Card Sort

This card sort activity has students categorize 24 statements about the Real Number System as Always True, Sometimes True, and Never True. The statements relate to the different types of numbers in the Real Number System: Real, Irrational, Rational, Integer, Whole, and Natural. 8.2A Extend previous knowledge of sets and subsets using a visual representation to describe relationships between sets of real numbers

★♥★ #Mathematics tips - #geometry family tree ★♥★ This chart helps explain some of the sets and subsets. The children like to think of it as a family tree. #math #geeks #numbers #learning #logic #games #Mathematic #OMG #WTF #number #science #theory #tips #Trick #Goodies #Stuff #weird #bizarre

★♥★ #Mathematics tips - #geometry family tree ★♥★ This chart helps explain some of the sets and subsets. The children like to think of it as a family tree. #math #geeks #numbers #learning #logic #games #Mathematic #OMG #WTF #number #science #theory #tips #Trick #Goodies #Stuff #weird #bizarre

A Venn diagram represents the sets and subsets of different types of triangles. For example, the set of acute triangles contains the subset of equilateral triangles, because all equilateral triangles are acute. The set of isosceles triangles partly overlaps with that of acute triangles, because some, but not all, isosceles triangles are acute.

A Venn diagram represents the sets and subsets of different types of triangles. For example, the set of acute triangles contains the subset of equilateral triangles, because all equilateral triangles are acute. The set of isosceles triangles partly overlaps with that of acute triangles, because some, but not all, isosceles triangles are acute.