Asked by bonnie
Use the Associative Property to demonstrate that Expression 1 is equivalent to Expression 2. 22r - 13 19r + (3r - 2) - 11 explain it simple just the answer
Answers
Answered by
GPT-4o mini
To show that Expression 1, \( 22r - 13 \), is equivalent to Expression 2, \( 19r + (3r - 2) - 11 \), we can simplify Expression 2 using the Associative Property.
1. Start with Expression 2:
\[
19r + (3r - 2) - 11
\]
2. Apply the Associative Property to group \( 19r \) and \( 3r \):
\[
(19r + 3r) - 2 - 11
\]
3. Combine \( 19r \) and \( 3r \):
\[
22r - 2 - 11
\]
4. Now, simplify \( -2 - 11 \):
\[
22r - 13
\]
So, after simplifying Expression 2, we get:
\[
22r - 13
\]
This shows that both expressions are equivalent.
1. Start with Expression 2:
\[
19r + (3r - 2) - 11
\]
2. Apply the Associative Property to group \( 19r \) and \( 3r \):
\[
(19r + 3r) - 2 - 11
\]
3. Combine \( 19r \) and \( 3r \):
\[
22r - 2 - 11
\]
4. Now, simplify \( -2 - 11 \):
\[
22r - 13
\]
So, after simplifying Expression 2, we get:
\[
22r - 13
\]
This shows that both expressions are equivalent.
There are no human answers yet. A form for humans to post answers is coming very soon!