# CCR Standards Resources

## Math Teacher Workouts

CCRS Teacher Workouts are focused, fast, and designed to support ABE staff with CCRS implementation. Workouts can be used in existing staff meetings/PLCs, with a colleague, or independently. Each workout takes between 20 and 45 minutes and focuses on a key CCRS shift, standard, or practice. Workouts include goals, a warm-up, practice, and a wrap-up.

### Borrowing/Carrying –> Regrouping

Participants in this workout learn to teach strategies that support conceptual understanding of place value instead of the algorithm.

### Building Conceptual Understanding

Participants in this workout consider the conceptual understanding behind the traditional algorithm for long division and then recognize the importance of building students’ conceptual understanding beyond this example of long division and into every area of math.

### Let’s Talk About Dots!

Participants in this workout identify a low-risk strategy for students to see math as patterns and practice speaking about patterns,articulate ways to encourage student sharing around math topics, and consider the creativity present in math.

### Making Sense of a Standard

Participants in this workout break apart a given standard into meaningful sections, and articulate the relationship between the content of the sections. They then brainstorm strategies, objectives and learning targets for a given standard.

### Supplying the Answer

Participants in this Math Teacher Workout consider how “devaluing the answer” leads to rich mathematical conversations and deeper learning for students as well as gain comfort with Mathematical Practice 3: Construct viable arguments and critique the reasoning of others.

### The “Why” Behind Cross-Multiplication

Participants in this workout examine why only teaching the process of “cross-multiplying and dividing” without developing conceptual understanding of this process is detrimental to student learning and will understand the importance of teaching conceptual understanding for commonly used algorithms.