Mild, Medium & Spicy Groups
I group my students into three proficiency groups - Mild, Medium, and Spicy. This is a system of general differentiation that allows me to easily assign practice or even homework. Students know their level and know that the assigned practice is likely best for them. Their level is also assigned to them based on various factors, including benchmark assessments, formative assessments, and informal observations made in class on a daily basis. I encourage my students to challenge themselves to try a "spicier" level when they're ready. This gives students the flexibility to try harder material and excel at an appropriate and personalized pace.
Kahoot! is a collaborative strategy aimed at reinforcing a lesson's core concepts through a fun, game-like atmosphere. It produces instant data, which allows Daniel to use it as a check for understanding. Daniel's students work in groups to answer a question that is projected on the Smart Board. To submit their answers, they use an iPad, which transmits data to the Kahoot! website.
The basketball problem is a built in way to teach the students about rigor. At the beginning of the year, we discussed how math is like an onion. There are many layers and each one is more complex than the last. The "shot" is an opportunity to reward risk-taking and get the students really thinking about the most high-complexity questions that I can ask. For this reason, students are doubly invested in this part of class. One because they want to challenge themselves, and two because they want to get up there and take the shot.
The Vocab Blitz is a visual strategy used to teach concepts through the use of math vocabulary. Students answer deep questions about the relationship between words and math and earn tickets. They place these in the Raffle Jar, which we pick from on Fridays for a small prize. Math vocabulary just for the sake of knowing academic language is good, but the Vocab Blitz explicitly asks students to apply the terms, which allows me to build more rigorous questions and connect ideas (i.e. how volume connects to science). For example, by knowing what the dividend actually is, we have a shared language that we can use when trying to figure out if a problem is asking us to multiply or divide, and to connect to improper fractions' numerator when converting them.