Asked by .
-2(Given the inequality below, which statement is true?
Question 8 options:
-11 is the minimum value of p
11 is the maximum value of p
-11 is the maximum value of p
11 is the minimum value of p
-2(p-7) \leq -8
Question 8 options:
-11 is the minimum value of p
11 is the maximum value of p
-11 is the maximum value of p
11 is the minimum value of p
-2(p-7) \leq -8
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To solve the inequality \(-2(p - 7) \leq -8\), we will first simplify it step by step.
1. Distribute the \(-2\):
\[
-2p + 14 \leq -8
\]
2. Next, subtract 14 from both sides:
\[
-2p \leq -8 - 14
\]
\[
-2p \leq -22
\]
3. Now, divide both sides by \(-2\). Remember that dividing or multiplying by a negative number reverses the inequality sign:
\[
p \geq 11
\]
From this result, we can see that \(p\) has a minimum value of \(11\) (it can be equal to \(11\) or greater).
Given the options:
- **-11 is the minimum value of p**
- **11 is the maximum value of p**
- **-11 is the maximum value of p**
- **11 is the minimum value of p**
The correct statement is:
**11 is the minimum value of p.**
1. Distribute the \(-2\):
\[
-2p + 14 \leq -8
\]
2. Next, subtract 14 from both sides:
\[
-2p \leq -8 - 14
\]
\[
-2p \leq -22
\]
3. Now, divide both sides by \(-2\). Remember that dividing or multiplying by a negative number reverses the inequality sign:
\[
p \geq 11
\]
From this result, we can see that \(p\) has a minimum value of \(11\) (it can be equal to \(11\) or greater).
Given the options:
- **-11 is the minimum value of p**
- **11 is the maximum value of p**
- **-11 is the maximum value of p**
- **11 is the minimum value of p**
The correct statement is:
**11 is the minimum value of p.**
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