8 times 8 is 64
6 times 8
23 times 8
This is an example of the commutative property of multiplication.
How about 4 times 8 = 32 as one example
If the numbers in an arithmetic problem can be rearranged to make the same result, then this is called the "commutative property" - in this case, as a multiplication sum, the commutative property of multiplication.
6 times 8
23 times 8
8 times 8 = 64
They are: 2 times 4 = 8 or 1 times 8 = 8
6 times 8
1 times 64 2 times 32 4 times 16 8 times 8
This is an example of the commutative property of multiplication.
How about 4 times 8 = 32 as one example
64 times 8 equals 512. This multiplication can be solved by adding 64 to itself 8 times, or by recognizing that multiplying by 8 is the same as doubling the number three times (64 doubled is 128, then 256, then 512). The product of 64 and 8 is a fundamental multiplication fact that can be memorized to improve mental math skills.
If the numbers in an arithmetic problem can be rearranged to make the same result, then this is called the "commutative property" - in this case, as a multiplication sum, the commutative property of multiplication.
commutative property of multiplication
7 times 5 equals 35
You could use it because it shows that its just 7 times 8 flipped!
1 times 88 equals 88.
To find multiplication that equals 99, you can consider the factors of 99. One simple multiplication is 9 times 11, as (9 \times 11 = 99). Other combinations include (3 \times 33) and (1 \times 99).
8 x 1 = 8 is the identity property of multiplication which states that anything times one equals whatever you started out with.
How about: 7*8 = 56
8 x 1000
There is no multiplication of whole numbers that equals 13.
A multiplication problem that equals 48 is 6 multiplied by 8, written as 6 x 8 = 48. Another example is 12 multiplied by 4, which can be expressed as 12 x 4 = 48. Additionally, 3 times 16 also equals 48, or 3 x 16 = 48.