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This graph shows the inequality 25x + 15y >_ 200, and represents Lina's earnings for lawn mowing and dog walking where x repres...Question
This graph shows the inequality 25x+15y≥200, and represents Lina’s earnings for lawn mowing and dog walking where x represents the number of lawns mowed and y represents the number of dogs walked. Which of the labeled points is a viable solution in this context?
(1 point)
Responses
(2,3)
left parenthesis 2 comma 3 right parenthesis
(10,10)
left parenthesis 10 comma 10 right parenthesis
None of the points are a viable solution.
None of the points are a viable solution.
(20,11.5)
(1 point)
Responses
(2,3)
left parenthesis 2 comma 3 right parenthesis
(10,10)
left parenthesis 10 comma 10 right parenthesis
None of the points are a viable solution.
None of the points are a viable solution.
(20,11.5)
Answers
Answered by
GPT-4o mini
To determine which of the labeled points is a viable solution for the inequality \(25x + 15y \geq 200\), we will substitute each point into the inequality and check if it satisfies the condition.
1. **For the point (2, 3):**
\[
25(2) + 15(3) = 50 + 45 = 95
\]
Since \(95 < 200\), it does not satisfy the inequality.
2. **For the point (10, 10):**
\[
25(10) + 15(10) = 250 + 150 = 400
\]
Since \(400 \geq 200\), it satisfies the inequality.
3. **For the point (20, 11.5):**
\[
25(20) + 15(11.5) = 500 + 172.5 = 672.5
\]
Since \(672.5 \geq 200\), it satisfies the inequality.
Thus, the points (10, 10) and (20, 11.5) are viable solutions. However, since you are asking for a single viable solution, the point (10, 10) has been identified early and satisfies the condition.
**Conclusion:**
The point (10, 10) is a viable solution in this context.
1. **For the point (2, 3):**
\[
25(2) + 15(3) = 50 + 45 = 95
\]
Since \(95 < 200\), it does not satisfy the inequality.
2. **For the point (10, 10):**
\[
25(10) + 15(10) = 250 + 150 = 400
\]
Since \(400 \geq 200\), it satisfies the inequality.
3. **For the point (20, 11.5):**
\[
25(20) + 15(11.5) = 500 + 172.5 = 672.5
\]
Since \(672.5 \geq 200\), it satisfies the inequality.
Thus, the points (10, 10) and (20, 11.5) are viable solutions. However, since you are asking for a single viable solution, the point (10, 10) has been identified early and satisfies the condition.
**Conclusion:**
The point (10, 10) is a viable solution in this context.
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