Why Multiplication Tables Worksheets Use Is Causing A Debate Now - Safe & Sound
The enduring question of why multiplication tables worksheets still rely on the word “is” has evolved from a minor stylistic quibble into a flashpoint in the broader debate over how children learn arithmetic. What begins as a grammatical quirk reveals deeper tensions between tradition and cognitive science—between rote memorization and meaningful understanding.
At first glance, “7 times 8 is 56” feels like a simple, timeless truth. But under sustained scrutiny, this formulaic phrasing becomes a lightning rod. Educators, cognitive psychologists, and curriculum developers are increasingly challenging the default “is” construction, not out of nostalgia, but because research suggests it may subtly hinder conceptual mastery. It’s not just about grammar—it’s about how meaning is built.
The Hidden Mechanics of “Is” in Arithmetic
When students see “5 times 9 is 45,” the brain registers a statement of fact—automatic, detached, detached. But this passive framing risks reinforcing procedural fluency over deep comprehension. Cognitive load theory shows that students mentally parse “is” as a sign of completion, not connection. The brain treats the multiplication event as a discrete fact, not as part of a dynamic number sense network. As a result, students memorize but don’t truly *understand*.
This isn’t new. Even in the 1990s, educational psychologists warned against over-reliance on declarative statements like “is” in foundational math. But now, with advances in neuroscience and learning analytics, the argument has sharpened. fMRI studies indicate that meaningful math learning activates multiple brain regions—visual, auditory, and executive—whereas rote repetition triggers only limited neural engagement. The “is” construction, ubiquitous in worksheets, lacks the multimodal stimulation needed for robust retention.
Beyond the Surface: Cultural and Pedagogical Backlash
Resistance to reform isn’t merely academic. Teachers report that students recite multiplication facts without grasping why 6×7 = 42, reducing math to a checklist. In districts adopting new curricula that emphasize problem-solving over memorization, “is”-centric worksheets feel outdated, almost punitive. Parents notice: kids ace flashcards but struggle with word problems that demand contextual application.
Moreover, equity concerns emerge. Students from high-poverty schools, where one-on-one math support is scarce, often internalize multiplication tables as unchallenging routines—yet underperform when faced with real-world applications. The “is” phrasing, neutral in appearance, masks an implicit assumption of prior understanding that not all learners share.
Cautious Optimism Amid Uncertainty
Critics warn of sweeping change. Changing decades of textbook design risks alienating teachers and overwhelming curriculum rollouts. But the debate itself is productive. It exposes a critical gap: while multiplication tables remain foundational, their delivery often fails to reflect how children actually learn. The “is”—once a cornerstone—now stands as a symbol of what’s due for update.
As cognitive science continues to decode the brain’s learning pathways, one truth is clear: arithmetic education must evolve. The “is” may have served its purpose in a bygone era of memorization, but in an age of adaptive learning and personalized instruction, it’s time to ask: is this enough? Or should multiplication tables finally reflect the dynamic, contextual, and deeply human nature of mathematical thinking?