Calculus - Hard Volume Problem :\

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Homework Help Overview

The problem involves calculating the volume of water in a rectangular pool, defined by its dimensions and a specific depth function. The depth of the pool varies with distance from the shallow end, described by a mathematical expression.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • The original poster attempts to set up a definite integral to calculate the volume based on the given depth function and dimensions of the pool. Some participants affirm the approach, while the original poster expresses uncertainty about their interpretation of the problem.

Discussion Status

The discussion appears to be supportive, with participants confirming the original poster's approach. However, the original poster seeks further validation and input, indicating a desire for reassurance rather than a definitive resolution.

Contextual Notes

The original poster references a previous inquiry about the same problem, suggesting ongoing uncertainty regarding their understanding of the task.

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Homework Statement


A pool in the shape of a rectangle is ten (10) m wide and twenty five (25) m long. The depth of the pool water x meters from the shallow part/end of the pool is 1 + (x^2)/175 meters.

Write a definite integral that yields the volume of water in the rectangular pool exactly. And then evaluate this integral.

2. The attempt at a solution

So, to find one section's volume I take the following integral: [PLAIN]http://img801.imageshack.us/img801/5991/calc1.png

So, that gives me one of the 25 foot long section's volumes. Thus, I multiply that integral by ten to yield the following: [PLAIN]http://img80.imageshack.us/img80/1236/calc2.png

I'm not sure if I interpreted the question the right way. Any explanations/help would be greatly appreciated. :)
 
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Looks fine to me.
 
Didn't you already ask 2 days ago? It was fine by then, and it remains fine now :smile:
 
Haha okay thanks. Yeah, sorry micromass, I just wanted to get a little more input as I severely doubted I would have gotten it on my first try. :p

Thanks a bunch guys. :)
 

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