This unit is designed to provide participants with an opportunity engage in mathematics lessons which incorporate the philosophy and pedagogy found in the Building Foundational Knowledge units while focusing on the UDL pillar of Engagement and expanding and deepening their understanding of grades 6-8 proportional relationship concepts.
By the conclusion of this unit, participants will:
Watch part of two lessons (video) and engage in three grade level/span mathematics mini-lessons (stations) and reflect on:
Mathematics content (depth)
Student engagement
Consider how attending to content and engagement in these (and similar) ways supports the development of expert learners who are purposeful and motivated (UDL framework)
Make specific plans for enhancing the depth of content and options for engagement afforded students in their own work
The following big ideas are essential to develop a deep understanding of proportional relationships content:
Ratios and proportions involve multiplicative rather than additive comparisons. This means that equal ratios result from multiplication or division, not from addition or subtraction.
Rate is a way to represent a ratio, and in fact, represents an infinite number of equivalent ratios
A proportion is a relationship of equality between two ratios that can be represented in a variety of ways. In a proportion, the ratio of two quantities remains constant as the corresponding values of the quantities change. For instance, in a ratio table, both quantities in a ratio must be multiplied or divided by the same factor to maintain the proportional relationship.
Proportional thinking is developed through activities and experiences involving comparing and determining the equivalence of ratios. This means solving proportions in a wide variety of problem-based contexts and solutions through reasoning, not rigid use of formulas.
In order to remove barrier to engagement for students in mathematics, the following strategies/structures to recruit interest, provide options for sustaining effort and persistence and self-regulate should be utilized:
Use student relevant real-world contexts to develop content understanding
Use tasks with low floor entry points and multiple solutions or pathways
Offer meaningful student choices EVERYWHERE to promote student autonomy
Provide structures and tasks that normalize sense-making through productive struggle
Facilitate meaningful student collaboration and discourse
Engage students in, and demonstrate, self-reflection and personal goal setting