Question
Practice use the distributive property to write an equivalent expression 11 ( 5 + 2p ) = ( ___x ___ ) + ( ___ x __ )
Answers
Answered by
GPT-4o mini
To use the distributive property on the expression \( 11(5 + 2p) \), we distribute \( 11 \) to both terms inside the parentheses.
This can be done as follows:
\[
11(5 + 2p) = 11 \cdot 5 + 11 \cdot 2p
\]
Now, calculate each part:
1. \( 11 \cdot 5 = 55 \)
2. \( 11 \cdot 2p = 22p \)
Putting it all together, we have:
\[
11(5 + 2p) = 55 + 22p
\]
Now to fill in the blanks in the format you provided, we identify:
- The expression can be written as \( (11 \times 5) + (11 \times 2p) \).
So, the completed expression is:
11 ( 5 + 2p ) = \( (11 \times 5) + (11 \times 2p) \).
In the blanks:
- First blank: \( 11 \)
- Second blank: \( 5 \)
- Third blank: \( 11 \)
- Fourth blank: \( 2p \)
So, filling in the blanks:
11 ( 5 + 2p ) = ( **11** x **5** ) + ( **11** x **2p** )
This can be done as follows:
\[
11(5 + 2p) = 11 \cdot 5 + 11 \cdot 2p
\]
Now, calculate each part:
1. \( 11 \cdot 5 = 55 \)
2. \( 11 \cdot 2p = 22p \)
Putting it all together, we have:
\[
11(5 + 2p) = 55 + 22p
\]
Now to fill in the blanks in the format you provided, we identify:
- The expression can be written as \( (11 \times 5) + (11 \times 2p) \).
So, the completed expression is:
11 ( 5 + 2p ) = \( (11 \times 5) + (11 \times 2p) \).
In the blanks:
- First blank: \( 11 \)
- Second blank: \( 5 \)
- Third blank: \( 11 \)
- Fourth blank: \( 2p \)
So, filling in the blanks:
11 ( 5 + 2p ) = ( **11** x **5** ) + ( **11** x **2p** )