After spending three days working with my 8th graders on a road trip project, I needed a one-day activity that was fun, interactive, and tied to the 8th grade Oklahoma math standards. Looking for inspiration, I turned to the Internet where I soon found a link to Dan Meyer's Three-Act Math Tasks via Pinterest. While I have been following his blog for years, I had never actually tried out any of his ideas in a classroom.

My students still needed some more practice with proportions, so I decided to go with the Sugar Packets video. I watched the videos several times. I thought about what questions I would ask. I thought about how students would respond to the videos. I came up with a creative way to expand this idea into a 50-minute lesson.

Next, I started trying to talk myself out of the idea. I started thinking about all the things that could go terribly wrong. What if the students could tell me what information they needed? What if the class isn't engaged by the video? What if this lesson totally flops? And, I probably would have succeeded in talking myself out of this lesson if I had any other idea of what to do the next day. But, it was my last lesson plan for my student teaching, and I was out of inspiration.

So, I went with it, and I am so glad I did.

**The Lesson**1. I began the lesson by having students brainstorm various professions and activities that would involve ratios and proportions. We had just used proportions to plan a road trip, and I wanted students to realize that the math we have been learning has real-world application.

2. Show the video. (Act One) The students gasped in horror at the fact that the man was eating sugar packets. One student asked, "Did he die after that?" This video did a really good job of grabbing my students' attention.

3. Have students write down guesses. It was interesting to walk around the room and read the students' guesses. Over the course of the day, guesses ranged from 3 to 200 packets of sugar. I also had students write down guesses that they knew were too high or too low. These were interesting, but I'm not sure I fully understand what types of responses I should have been looking for.

4. Next, I asked students what information they would need to solve the problem. Originally, many students wanted to use the fact that the bottle was 20 ounces. But, soon, through discussion, the students arrived at the fact that we needed to know how much sugar was in each packet and how much sugar was in the bottle. After providing pictures of the nutrition labels, the students were able to set up proportions and solve for the correct number of packets.

5. Show the un-edited video. (Act Three) I had some pretty excited students when they realized that they had used math to get the correct answer.

6. After the video reveal, I had students form 4 groups. I told them that I had gone on a shopping adventure and brought my purchases with me to class. As a group, they were asked to rank the beverages from least to greatest based on their sugar content.

7. Each group was given one bottle to start out with. Using the fact that there are 4 grams of sugar in 1 sugar packet and the nutritional information on the back of the bottle, each group solved for the number of sugar packets in the bottle. Though I wanted them working in groups so they could talk about how to solve the problem, I wanted to make sure each student was solving each problem. Each student was responsible for having a proportion and work on their paper for each bottle. As the class period progressed, the bottles circulated the room.

8. Another 8th grade math standard is choosing appropriate data displays. After each group had calculated the amount of sugar packets in each of the four bottles, they had to discuss what the most appropriate data display would be for this data. Then, each student had to create a graph of the data to show how many sugar packets were in each beverage. This led to some interesting conversations with students. "Can we make a circle graph?" "Will a line graph work?" "My group made a histogram." I was hoping that there would be more discussion/debate within the groups on which type of graph they should choose. Instead, I found myself asking students questions to guide them to the correct graphs. This is definitely an area I need to work on.

9. Based on the amount of time left in the class period, I presented students with some of my other purchases. We estimated the number of sugar packets in each food. Then, we set up a proportion to solve for the actual amount of sugar packets.

Overall, it was a very enjoyable lesson. The students were engaged by it. For once, they didn't complain about having to solve proportions. I enjoyed the process of helping students to discover a method to solve a real-world problem. It definitely stretched me as a teacher, and I'm looking forward to including more thought-provoking activities and questions in my own classroom next year.