The result of a multiplication is called a product.
For example, when we multiply the numbers and , the result is We say that the number is the product of and The numbers and are called factors.
In general, a product is a result we get when we multiply two or more factors.
Identify the product and the factors of the equation
The result of a multiplication problem is called the product, while the numbers being multiplied are called the factors.
In this equation,
is the result (the product), and
and are the numbers being multiplied (the factors).
Therefore, "the product is while and are the factors."
Identify the product and the factors of the equation $7\times 11 = 77.$
a
|
The factor is $7,$ while $77$ and $11$ are the products. |
b
|
The product is $77,$ while $7$ and $11$ are the factors. |
c
|
The product is $11,$ while $7$ and $77$ are the factors. |
d
|
The product is $7,$ while $77$ and $11$ are the factors. |
e
|
The factor is $77,$ while $7$ and $11$ are the products. |
Identify the product and the factors of the equation $36 = 2\times 3\times 6.$
a
|
The factor is $36,$ while $2, 3,$ and $6$ are the products. |
b
|
The products are $36$ and $6,$ while $2$ and $3$ are the factors. |
c
|
The factors are $36$ and $2,$ while $3$ and $6$ are the products. |
d
|
The products are $36$ and $2,$ while $3$ and $6$ are the factors. |
e
|
The product is $36,$ while $2, 3,$ and $6$ are the factors. |
What factor is represented by the circle in the following equation?
We know that
Therefore, the missing factor is
What factor is represented by the triangle in the following equation?
\[ 10 \times \triangle=30 \]
a
|
$9$ |
b
|
$30$ |
c
|
$3$ |
d
|
$10$ |
e
|
$6$ |
What factor is represented by the circle in the following equation?
\[ \bigcirc \times 8=48 \]
a
|
$8$ |
b
|
$5$ |
c
|
$6$ |
d
|
$4$ |
e
|
$7$ |
What factor is represented by the empty box in the following equation?
We know that Therefore, our equation can be simplified as
Furthermore, we know that
Therefore, the missing factor is
What factor is represented by the empty box in the following equation? \[ 36 = 3 \times 4\times { \fbox{$\phantom{A}$}\,} \]
a
|
$6$ |
b
|
$3$ |
c
|
$9$ |
d
|
$7$ |
e
|
$4$ |
The number $24$ can be expressed as a product of factors as follows:
$\qquad$ $24 = 6 \times \square$
$\qquad$ $24= 4\times 3 \times \triangle$
Find the value of $\square+\triangle.$
a
|
$8$ |
b
|
$6$ |
c
|
$4$ |
d
|
$2$ |
e
|
$9$ |