If we know the 3 times table, we know the 6's and the 9's.

So, if we learn the 2-times table, we can work out the 4's and 8's by doubling (multiplying by 2).Ģ. Also, the products under 8 are double the products under 4, which are double the products under 2. There are ODD numbers and EVEN numbers.Īll products under 2, 4, 6 and 8 in the table are even. So, let's look at the table of products to find information that helps us learn to multiply without too much suffering and complaining.ġ. The table shows us that 4 × 7 = 28 because we see 28 in the cell where the 4th row intersects the 7th column.Įver since people started studying math, students have complained when it came time to memorize the multiplication tables from 1 to 9. To find the product of any two numbers in the table, locate the cell or square where the row of one number intersects the column of the other number. So, instead of making life difficult for ourselves, we learn the multiplication tables and we learn them well. First of all we'd have to turn our paper sideways to write thirty-six 9's and all those plus signs, then it would take us a long time to find the sum. However, finding sums rather than products is not very efficient when we want 36 times 9. We can multiply forwards or backwards and get the same answer. The product 7 × 3 is exactly the same as the product 3 × 7. So, 4 times 3 tells us to add four 3's and 2 times 5 tells us to add two 5's.Īnd, like addition, multiplication is commutative - order doesn't matter. Multiplication is actually repeated addition. Multiplication table talk MULTIPLICATION TABLE TALK

5 times table up to 200