Exploring Patterns in Multiplication Tables

How do you find the product of 3 and 2 using the multiplication table?

• Locate the row for 3 and the column for 2

• Add 3 and 2

• Subtract 2 from 3

• Divide 3 by 2

What pattern do you observe when you move along a column in the multiplication table?

• The numbers increase by the column's header

• The numbers remain constant

• The numbers decrease

• The numbers are squared

What value should A be if it represents 4 times 4?

• 8

• 16

• 20

• 12

If B is in the column for 3, what operation helps find its value?

• Multiplying by 3

• Dividing by 3

• Adding 3

• Subtracting 3

How is the 'greater than' symbol correctly represented?

• B > A

• A > B

• A = B

• A < B

What is the result of 4 times 5?

• 20

• 25

• 15

• 9

How does the commutative property of multiplication apply to 5 times 4?

• It's the same as 4 times 5

• It results in a different product

• It only works for addition

• It doesn't apply

What does A equal when it's located in the row for 2 and the column for 6?

• 12

• 8

• 18

• 24

What demonstrates the commutative property in the multiplication table?

• 2 times 6 and 6 times 2

• 2 divided by 6 and 6 divided by 2

• 2 plus 6 and 6 plus 2

• 2 minus 6 and 6 minus 2

What conclusion can be drawn about the product of 4 times 1?

• It equals 3

• It equals 2

• It equals 4

• It equals 5