Spend a few extra minutes going over the flashcards you don’t know yet. Review your flashcards and separate them into two groups: those you know and those you don’t know.Choose a flashcard and write down another multiplication problem that gives the same product.Select a flashcard and draw a visual, such as a dot array, to represent the math fact.Without looking at the answers, order a set of flashcards from the lowest to the highest product.There are lots of ways to use flashcards to help you commit the multiplication tables to memory. Reciting times tables forward and backward helps with memorization and making connections. Likewise, reciting the 4s times table backward (“\(4 \times 12\) is 48, \(4 \times 11\) is 44,…”) will help show that each subsequent product is found by subtracting 4 each time. \(4 \times 3\) is 12…” will help remind you that each subsequent product is found by adding 4 each time. For instance, reciting “\(4 \times 1\) is 4. Reciting the times tables also reinforces how each of the products is related. Recite forward and backwardįor many people, saying the multiplication tables aloud helps with memorization. Practicing this skill with the numbers 2 through 12 will help you commit the times tables to memory. The good news is that we can use the facts we know to help us solve the ones that we’re stuck on. It’s no secret that some multiplication facts are easier to figure out than others. Becoming aware of these patterns will help you to learn the multiplication tables in no time. Since multiplication is the same as repeated addition, you’ll see that each row follows a pattern in skip-counting. Look for patternsĪs you study each row of the multiplication chart, look to see what patterns you notice.
Doing so makes the process of learning and memorizing these facts much more manageable.
Focus on one row or column of the times table chart at a time. Instead of trying to memorize all the times tables at once, break it down into smaller chunks. When you comprehend the math, the times tables become easier to learn. Some helpful visuals for multiplication are hands-on manipulatives and dot arrays. These can help you to see and understand what the multiplication problems mean. Use visualsĪnother way to learn multiplication tables is to use visual models. Knowing that multiplication is repeated addition makes it seem a bit less intimidating.
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