Duplicate Question
The question on this page has been marked as a duplicate question.
Original Question
Use the Associative Property to demonstrate that Expression 1 is equivalent to Expression 2. Expression 1: 22r−13 Expression 2:...Question
Use the Associative Property to demonstrate that Expression 1 is equivalent to Expression 2.
Expression 1: 22r−13
Expression 2: 19r+(3r−2)−11
(2 points)
Expression 1: 22r−13
Expression 2: 19r+(3r−2)−11
(2 points)
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To demonstrate that Expression 1 is equivalent to Expression 2 using the Associative Property, let's begin with both expressions:
**Expression 1:**
\[ 22r - 13 \]
**Expression 2:**
\[ 19r + (3r - 2) - 11 \]
Now, we'll simplify Expression 2 step by step:
**Step 1:** Distribute and simplify the parentheses in Expression 2.
\[ 19r + (3r - 2) - 11 \]
\[ = 19r + 3r - 2 - 11 \]
**Step 2:** Combine like terms. The terms \(19r\) and \(3r\) can be combined:
\[ = (19r + 3r) + (-2 - 11) \]
\[ = 22r - 13 \]
Now we have:
**Final Expression:**
\[ 22r - 13 \]
Since both Expression 1 and the simplified Expression 2 yield the same result, we can conclude:
**Expression 1 (22r - 13) is equivalent to Expression 2 (19r + (3r - 2) - 11).**
This demonstrates the equivalence using the Associative Property, which allows us to regroup and combine terms without changing the result.
**Expression 1:**
\[ 22r - 13 \]
**Expression 2:**
\[ 19r + (3r - 2) - 11 \]
Now, we'll simplify Expression 2 step by step:
**Step 1:** Distribute and simplify the parentheses in Expression 2.
\[ 19r + (3r - 2) - 11 \]
\[ = 19r + 3r - 2 - 11 \]
**Step 2:** Combine like terms. The terms \(19r\) and \(3r\) can be combined:
\[ = (19r + 3r) + (-2 - 11) \]
\[ = 22r - 13 \]
Now we have:
**Final Expression:**
\[ 22r - 13 \]
Since both Expression 1 and the simplified Expression 2 yield the same result, we can conclude:
**Expression 1 (22r - 13) is equivalent to Expression 2 (19r + (3r - 2) - 11).**
This demonstrates the equivalence using the Associative Property, which allows us to regroup and combine terms without changing the result.
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.