Question
-4 roses and 10 carnations
10 roses and 5 carnations
10.5 roses and 10 carnations
5 roses and 15 carnations
-4 roses and 10 carnations
10 roses and 5 carnations
10.5 roses and 10 carnations
5 roses and 15 carnations
Ask by Alexander Carter. in the United States
Jan 20,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
5 roses and 15 carnations are the correct numbers.
Solution
To determine which of the given points lie within the feasible region defined by the two constraints on the coordinate plane, let’s analyze each component step-by-step.
1. Understanding the Constraints
First Line:
- Points: (0,3), (5,8), (11,14), (15,18)
- Slope Calculation:
The slope remains consistent between all points, confirming the equation of the line is: - Shaded Region: Above this line, which translates to:
Second Line:
- Points: (0,25), (5,20), (11,14), (15,10)
- Slope Calculation:
The slope remains consistent between all points, confirming the equation of the line is: - Shaded Region: Below this line, which translates to:
2. Feasible Region
The feasible region is where both conditions are satisfied simultaneously:
3. Evaluating the Given Points
Let’s evaluate each of the provided points against the constraints:
-
(-4, 10)
- Check:
- Conclusion: Technically satisfies both inequalities, but having a negative number of roses may not make practical sense in most contexts.
- Check:
-
(10, 5)
- Check:
- Conclusion: Does not satisfy the first inequality.
- Check:
-
(10.5, 10)
- Check:
- Conclusion: Does not satisfy the first inequality.
- Check:
-
(5, 15)
- Check:
- Conclusion: Satisfies both inequalities and is practical (positive number of roses and carnations).
- Check:
4. Final Determination
Among the provided options, (5 roses and 15 carnations) is the only point that clearly lies within the feasible region and makes practical sense.
Answer
5 roses and 15 carnations is the combination that lies within the feasible region.
Answered by UpStudy AI and reviewed by a Professional Tutor
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Beyond the Answer
The scenario you described likely represents a system of linear inequalities where the shaded regions indicate feasible solutions. The first line suggests that more roses lead to more carnations, and the second line shows a limitation on the number of carnations in relation to roses. To determine whether the given points fall within the shaded regions, you would plug in the coordinates of each point to see which one satisfies the inequalities defined by the lines.
To put it simply, when checking these points, you’re basically playing a game of “inside the lines” versus “outside the lines.” For example, a point like (5 roses, 15 carnations) might sound like it crosses into forbidden territory if it’s above the first line, while (10 roses, 5 carnations) could fit snugly below that second line! You’ll want to double-check the math to keep things from getting messy!