How to find the distributive property - ISEE Lower Level Quantitative Reasoning
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Evaluate.

Evaluate.
When there is any number next to a set of parentheses the operation is multiplication of that number and anything inside of the parentheses.
Therefore,
would be the same as
. The
would be multiplied by the
since
is the same as
.
The problem becomes
and based on the order of operations the multiplication operation would be solved first. ![[2 \times 6 = 12]](https://vt-vtwa-assets.varsitytutors.com/vt-vtwa/uploads/formula_image/image/98747/gif.latex)
It solves to
.
When there is any number next to a set of parentheses the operation is multiplication of that number and anything inside of the parentheses.
Therefore, would be the same as
. The
would be multiplied by the
since
is the same as
.
The problem becomes and based on the order of operations the multiplication operation would be solved first.
It solves to .
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Multiply:

Multiply:
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Solve the equation:

Solve the equation:
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by
:



Then solve: 
To solve with order of operations, add within the parentheses and then multiply.

Answer: 
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by :
Then solve:
To solve with order of operations, add within the parentheses and then multiply.
Answer:
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Given that
, simplify: 
Given that , simplify:
To solve this problem, first substitute
for
:

Then apply the distributive property: 
Where, 
Thus, the final solution is:



To solve this problem, first substitute for
:
Then apply the distributive property:
Where,
Thus, the final solution is:
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Sharon purchased
pieces of candy and wants to make Halloween treat bags for the children in her neighborhood. How many different ways can Sharon make treat bags with an even number of pieces of candy in each bag?
Sharon purchased pieces of candy and wants to make Halloween treat bags for the children in her neighborhood. How many different ways can Sharon make treat bags with an even number of pieces of candy in each bag?
We will solve this problem by finding factor pairs. Factor pairs are composed of two numbers that are multiplied together to equal a product. List all the factor pairs of Sharon’s candy.


Do not forget to list their reciprocals.

Sharon can make
different treat bag combinations with an even amount of candy in each bag.
We will solve this problem by finding factor pairs. Factor pairs are composed of two numbers that are multiplied together to equal a product. List all the factor pairs of Sharon’s candy.
Do not forget to list their reciprocals.
Sharon can make different treat bag combinations with an even amount of candy in each bag.
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Solve the following equation.
?
Solve the following equation.
?
.

.
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Solve

Solve
Use the distributive property to solve:

Use the distributive property to solve:
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Expand the expression.

Expand the expression.
Use FOIL (first, outer, inner, last) to expand.
First: 
Outside: 
Inside: 
Last: 
Sum the four terms into one expression.

Simplify by combining like terms.

Use FOIL (first, outer, inner, last) to expand.
First:
Outside:
Inside:
Last:
Sum the four terms into one expression.
Simplify by combining like terms.
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Simplify the expression:

Simplify the expression:
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Simplify the expression:

Simplify the expression:
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Choose the expression that correctly uses the distributive property to solve:

Choose the expression that correctly uses the distributive property to solve:
To properly use the distributive property, multiple the first number by every number in parentheses:

To properly use the distributive property, multiple the first number by every number in parentheses:
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Use the distributive property to expand:

Use the distributive property to expand:
Remember: FOIL (first, outer, inner, last) to expand.
F: 
O: 
I: 
L: 
Now you have four terms:
Simplify: 
Remember: FOIL (first, outer, inner, last) to expand.
F:
O:
I:
L:
Now you have four terms:
Simplify:
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Solve using the distributive property:

Solve using the distributive property:
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Multiply:

Multiply:
Solve using the FOIL method:
First: 
Outside: 
Inside: 
Last: 
Add together and combine like terms:

Solve using the FOIL method:
First:
Outside:
Inside:
Last:
Add together and combine like terms:
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Simplify:

Simplify:
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Which equation demonstrates the distributive property?
Which equation demonstrates the distributive property?
The distributive property says that when a quantity
is multiplied by terms inside parentheses
, the quantity outside the parentheses must be multiplied by each quantitity inside the parentheses.
Therefore, the answer is
, because
is multiplied both by
and
.
The distributive property says that when a quantity is multiplied by terms inside parentheses
, the quantity outside the parentheses must be multiplied by each quantitity inside the parentheses.
Therefore, the answer is , because
is multiplied both by
and
.
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Use the distributive property to solve
.
Use the distributive property to solve .
First, multiply 4 and 3 (the result is 12). Then, add that to the result of multiplying 4 and 9 (which is 36). 36 + 12 equals 48.
First, multiply 4 and 3 (the result is 12). Then, add that to the result of multiplying 4 and 9 (which is 36). 36 + 12 equals 48.
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Solve the equation:

Solve the equation:
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by
:



Then solve: 
To solve with order of operations, add within the parentheses and then multiply.

Answer: 
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by :
Then solve:
To solve with order of operations, add within the parentheses and then multiply.
Answer:
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Solve the equation:

Solve the equation:
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by
:



Then solve: 
To solve with order of operations, add within the parentheses and then multiply.

Answer: 
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by :
Then solve:
To solve with order of operations, add within the parentheses and then multiply.
Answer:
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Solve the equation:

Solve the equation:
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by
:



Then solve: 
To solve with order of operations, add within the parentheses and then multiply.

Answer: 
This question can be solved by using the distributive property or by using order of operations.
To solve, multiply each number in parenthesis by :
Then solve:
To solve with order of operations, add within the parentheses and then multiply.
Answer:
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