Computational Fluency
As teachers build computational fluency within their classrooms, they are focusing on the following:
Do the students know and draw on basic facts and other number relationships?
Do the students use and understand the structure of the base ten number system - for example, do the students know the result of adding 100 to 2340 or multiplying 40 x 500?
Do the students recognize related problems that can help with the problem?
Do the students use relationships among operations?
Do the students know what each number and numeral in the problem mean (including sub-problems)?
Can the students explain why the steps they used work?
Do the students have a clear way to record and keep track of their procedures?
Do the students have a few approaches for each operation so that a procedure can be selected for the problem?
Do the students know and draw on basic facts and other number relationships?
Do the students use and understand the structure of the base ten number system - for example, do the students know the result of adding 100 to 2340 or multiplying 40 x 500?
Do the students recognize related problems that can help with the problem?
Do the students use relationships among operations?
Do the students know what each number and numeral in the problem mean (including sub-problems)?
Can the students explain why the steps they used work?
Do the students have a clear way to record and keep track of their procedures?
Do the students have a few approaches for each operation so that a procedure can be selected for the problem?



