When teaching math word problem-solving skills, **self-regulation strategies **help students take control of their actions, make appropriate decisions, and become independent problem solvers. These strategies are taught during initial lessons when students learn steps (i.e., cognitive processes) needed for math word problem solving. Self-regulation strategies facilitate use of problem-solving processes by having students:

- Tell themselves what to do.
- Ask themselves questions as they work through each math word problem.
- Check both the process used to solve the math word problem and the solution and answer.

Self-regulation strategies for the ** Solve It!** instructional approach include self-instruction, self-questioning, and self-checking.

**Self-instruction** is the process of providing one’s own verbal prompts and talking oneself through the problem as it is solved. Self-instruction is useful for students who have difficulty verbalizing and remembering sequences of behaviors or activities such as the cognitive processes required for math problem solving.

**Self-questioning** is a form of cognitive cueing that helps remind students to use certain skills or complete tasks. Self-instruction is more effective when paired with self-questioning, which teaches students what questions to ask and how to ask themselves questions as they work through math word problems. For example, after reading a math word problem, students ask themselves if they read and understand the problem. They then evaluate whether they understand the problem and can answer the question. If they decide they do not understand it, they return to reread the problem. After paraphrasing the problem and telling themselves to underline the important information, students answer the questions, “Have I underlined the important information?”; “What is the question?”; and “What am I looking for?”

**Self-checking** is used to help students look back at the math word problem to determine if they selected the appropriate solution path or made any procedural or computational errors. Self-checking for math word problem solving means that as students complete the problem, they check for understanding as they solve the math word problem. This involves checking that:

- The information goes with the question.
- The visual representation reflects the problem information and shows relationships among the problem parts.
- The plan makes sense.
- They used the important information.
- All operations were done in the correct order.
- Everything is correct. If not, they go back. The final recourse is to ask for help.

Students may need to be taught how to recognize when they need help and how to ask for help when they need it. In the ** Solve It!** approach, students learn the “Say, Ask, Check” procedure for each cognitive process/step. Students are not expected to recite the self-regulation procedures verbatim, but they are expected to become familiar with the self-instructions, questions, and checks to the extent that they can use them automatically.

**Student Cue Cards Help Students Apply Self-Regulation Procedures **

In the** Solve It!** approach, student cue cards contain the cognitive processes/steps and accompanying self-regulation strategies. The student cue cards provide the support needed as students are acquiring the cognitive processes and strategies and then applying them as they solve actual math word problems.

Student cue cards list verbalizations associated with each cognitive process, which helps students remember what they need to say to themselves. Students should be told to use the student cue cards until the verbalizations are automatic. For example, students would say, “Read the problem; if I don’t understand, read it again” before reading the math word problem. Then they would say, “Underline the important information and put the problem in my own words” while paraphrasing a problem. Then they would tell themselves, “Make a drawing or diagram” to cue visualization.

**Learn More**

** Solve It!** is an evidenced-based instructional approach that helps students—including those with math difficulties, learning disabilities, and autism spectrum disorder—learn the cognitive processes and self-regulation strategies to develop math word problem-solving skills. Learn more.