Instructional Samples

Snow Smarter

In the Instant Snow investigation, students will observe and test characteristics of a “mystery powder” that, when water is added, turns into instant snow. The mystery powder is polyacrylate, the same material used in disposable diapers. This lesson outline was designed to work with the Steps to Inquiry process, for students in Grades 3 to 6. Steps to Inquiry is a framework from Smarter Science, which was an outreach initiative of Youth Science Canada. 
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Snow Smarter

In the Instant Snow investigation, students will observe and test characteristics of a “mystery powder” that, when water is added, turns into instant snow. The mystery powder is polyacrylate, the same material used in disposable diapers. This lesson outline was designed to work with the Steps to Inquiry process, for students in Grades 3 to 6. Steps to Inquiry is a framework from Smarter Science, which was an outreach initiative of Youth Science Canada. 
Subject
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Guiding Questions for Planning with the redesigned BC Curriculum

There are several things to consider as you plan learning experiences based on the redesigned BC curriculum. You may find the questions in this resource help you to be more explicit about your thinking processes. Being explicit in your design thinking makes it easier for you to share your ideas with other teachers and with parents.
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Patterns

We use patterns to represent identified regularities and to make generalizations. This lesson extends patterning concepts taught in Kindergarten and Grade 1, where students learned to identify and extend patterns with multiple attributes. It is essential for students to describe, extend, and make generalizations about patterns that seem to be the same or different. This kind of categorizing and generalizing is an important developmental step on the journey toward algebraic thinking. 
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Patterns

We use patterns to represent identified regularities and to make generalizations. This lesson extends patterning concepts taught in Kindergarten and Grade 1, where students learned to identify and extend patterns with multiple attributes. It is essential for students to describe, extend, and make generalizations about patterns that seem to be the same or different. This kind of categorizing and generalizing is an important developmental step on the journey toward algebraic thinking. 
File(s)
Subject
Grade Level(s)

Place-based Mathematics

Teachers and students at Richmond elementary schools, including Lord Byng and Tomekichi Homma, have been examining how mathematics can be experienced in the community, and connecting with stories of place. Inspired by the book Tluuwaay Waadluxan Mathematical Adventures, created by Elders, educators, community members, and students in Haida Gwaii, the Richmond teachers and students have looked for mathematics in their community and posed and solved problems of interest to them.
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Place-based Mathematics

Teachers and students at Richmond elementary schools, including Lord Byng and Tomekichi Homma, have been examining how mathematics can be experienced in the community, and connecting with stories of place. Inspired by the book Tluuwaay Waadluxan Mathematical Adventures, created by Elders, educators, community members, and students in Haida Gwaii, the Richmond teachers and students have looked for mathematics in their community and posed and solved problems of interest to them.
Subject