Students work on the Think About It problem in pairs. After 3 minutes of writing time, I have 3-4 students share out the contexts they've written. As they share, I record the contexts on the board (weight, temperature, bank accounts, etc). I'll then ask the rest of the class to share out any other contexts they've written about (without having them read everything they've written), and record those on the running list.
I'll leave the list on the board throughout the lesson, so that students can access it as a resource as they work.
In this unit, students have learned how to interpret real-world contexts and compare and order rational numbers. In this lesson, students write real-world contexts to describe comparisons provided, as well as match comparison and real-world contexts.
Because there isn't new content in this lesson, I do not facilitate an Intro to New Material section. Instead, I lead students through Guided Examples.
The first example reads -5 is less than 4. I ask students to come up with a real-world situation that can be described by this inequality, by first thinking about a context that could apply to these numbers. Together, we'll write a context. In general, students should follow these steps in the written responses:
For example, the answer to the first problem might read "The Patriots made two plays in the last quarter. On the first play, the team lost five yards. On the second play, the team gained four yards. The first play yielded fewer yards than the second play.”
Students work in pairs on the Partner Practice problem set. As they work, I circulate around the room and check in with each group. I am looking for:
If students are struggling with the context, I will refer them to the list we came up with as a class during the Think About It section.
After 10 minutes of partner practice time, students complete the Check for Understanding problem independently. I'll circulate and check their work.
Students work on the Independent Practice problem set.
As I circulate, I'll ask students to explain to me why any of the incorrect answers for Problems 1 - 4 are incorrect. I want to give students to justify their choices and talk about math.
I'll also ask students to create me a visual model for a problem as I circulate, so that they get practice using a visual representation as justification.
After independent work time, I have students share their responses to Problem 9 with their partners. They're able to give one another feedback and hear another possible response for this problem.
Students then independently complete the Exit Ticket to close the lesson.