Today's opener (it's also on the first three slides of today's Prezi) is a repeat of one of the problems from the review problem set, "What Can You Do So Far?" This problem set was the focus of yesterday's class. Over the next two weeks, the problem set will serve to motivate review of a variety of different problems, and I'll reference it consistently with students as the unit comes to a close.
For today's opener we think about extending the Addition and Multiplication tables from the Number Line Project out to larger numbers. Thinking about the set of locations at which a given number can be found on the Addition and Multiplication tables paves the way for students to think about what the graphs
will look like.
Thanks to our experience in the field, you or I might recognize the shapes of these two functions. But for students I'm trying to build some background knowledge before delving into that later in the year. For now, I want students to understand why a given number on the addition table will always have the same neighbors, while a number on the multiplication table will find itself in different company depending on its location.
Today's Prezi slides continue by giving students an overview of the work that they'll engage in during today's and tomorrow's classes. Students will critique each other's work on Part 2 of the Linear Equation Project. They will then revise their work in some way, before submitting the project two days from now.
I want critique to become something that's not just normal, but indispensable in this class, and that work begins here. It's hard work. It requires a great deal of attention from students, and a great deal of patience of flexibility from the teacher.
To begin our work, I distribute Part 3 of the Linear Equation Project, which is called "Critique and Final Draft". Students will find a partner, critique that partner's work, then produce a final draft of the equation and justification that they created on Part 2 of the project. There are four areas that I've laid out for students to examine. I introduce these by navigating around the Part 3 handout on slides 7 through 12 of the Prezi, and by briefly discussing the meaning of each.
Please take a look at this narrative video for a description of the types of feedback and revision that students may engage in. My goal is for everyone to have something to show for this. I want everyone to try justifying the solution to an equation, and I want everyone to be able to explain at least one way in which their work has improved. The act of participation is as important as what actually happens here, because it sets the stage for what comes next.
For your perusal, I've included an example of critique from an average-level student: page 1, and page 2. I would like for this student to go into greater depth here, but I also think that her level of engagement is enough for her to learn and improve over the course of the year. Additionally, here are before and after critique snapshots of another student's work.
As this work continues, there is a lot that can happen. Students will have a chance to solidify their knowledge of the arithmetic properties, which they will continue to gather on the note catcher.
With a little less than 10 minutes left in the class, I distribute cover sheets for the Linear Equation Project. Everyone still has more to do; most students need to finish their critique, and everyone will need time to complete their final drafts, and I will provide them with that time tomorrow. I don't want to rush anyone, but I want them to have the rubric (which is on the back of the cover sheet) and I want everyone to understand what I'll be collecting two days from now.
There are three things to note about the cover sheet: