***Practice 1 - Skip Counting and Arrays*** ![[Pasted image 20260421141909.png]] Skip counting teaches students to multiply by counting by a number repeatedly — for example, counting by 4s to find 4 × 6. Arrays pair this with a visual model in which objects are arranged in rows and columns, making the relationship between repeated addition and multiplication concrete and visible. |Pros|Cons| |---|---| |Connects multiplication to addition concepts students already know.|Skip counting becomes inefficient for larger factors without automaticity of facts.| |Arrays provide a powerful visual model that extends to area and algebra.|Arrays are difficult to draw for larger numbers.| |Accessible entry point for students who have not yet memorized facts.|Without explicit instruction, students may not connect the model to the abstract equation.| **** ### ***Practice 2 - Multiplication Fact Fluency Routines*** ![[Pasted image 20260421141933.png]] Structured fact fluency routines such as fact sprints, flashcard systems, and digital programs like Reflex Math build automaticity with multiplication facts through repeated, timed, low-stakes practice. These routines are most effective when paired with strategy-based instruction that teaches students why the facts work before drilling them. |Pros|Cons| |---|---| |Automaticity with facts frees cognitive resources for higher-level math.|Timed practice can cause math anxiety in some students.| |Digital tools like Reflex Math adapt to individual student pace.|Drill without conceptual grounding does not support understanding.| |Easy to integrate into daily warm-up routines.|Students with processing difficulties may need extended time accommodations.|