Math
Building Mathematical Thinkers
Inquiry-based and student-centered, Bridges focuses on developing mathematical reasoning while creating an inclusive and equitable learning community for all students.
Building Mathematical Thinkers
Inquiry-based and student-centered, Bridges focuses on developing mathematical reasoning while creating an inclusive and equitable learning community for all students.
. Rich Learning Experiences
In a Bridges classroom, students gather evidence, explain their results, and develop respect for others’ opinions. Teachers encourage students to employ multiple strategies when solving problems. They foster student initiative by providing opportunities to work in pairs, discuss in small groups, or share with the whole class. As a result, students develop positive math identities while building problem-solving skills, conceptual understanding, and procedural fluency.
Unit 1 and 2: Multiplication Concepts
Students learn to represent multiplication problems using equal groups, arrays, and ratio tables
Students begin to graph data on scaled picture and bar graphs
Students begin learning the associative, commutative, and distributive properties of multiplication
Unit 3 and 4: Multiplication Concepts
Students learn how to answer and build 2-step problem situations
Unit 5 and 6: Multiplication and Division Concepts
Students begin to learn partitive and measurement division
Students begin to learn the relationship between multiplication and division
A proven pathway to fluency
Number Corner is a skill-building program revolving around the classroom calendar.
It provides daily practice as well as continual encounters with broader mathematical concepts in 15–20 minutes of engaging instruction.
Number Corner features short daily workouts that introduce, reinforce, and extend skills and concepts related to the critical areas of study at each grade level. New pieces are added to the display each day, providing starting points for discussions, problem solving, and short written exercises.
These free apps are based on the visual models featured in Bridges in Mathematics. Apps are available in multiple versions: a web app for all modern browsers, and downloadable versions for specific operating systems and devices (such as Apple iOS for iPad).