High School

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Which would provide better chlorine contact:

A. A 10,000-gallon cubical tank

B. A length of 10-inch pipe flowing full and containing the same volume as the cubical tank

Answer :

Final answer:

Better chlorine contact is achieved with higher surface area to volume ratios. A 10-inch pipe likely has a higher ratio than a cubical tank due to its shape, promoting better chlorine contact.

Explanation:

When assessing chlorine contact efficiency between a cubical tank and a length of 10-inch pipe, it's important to consider surface area to volume ratios. Chlorine contact is better when there is a larger surface area for a given volume of water, as this increases the exposure of water to the chlorine for disinfection purposes.

A 10,000-gallon cubical tank has definite dimensions and therefore a specific surface area to volume ratio that can be calculated. However, without the length of the pipe, it is not possible to determine its surface area to volume ratio. In practice, though, pipelines tend to have a higher surface area to volume ratio compared to cubical tanks due to their elongated shape, which typically promotes better chlorine contact if the flow is properly managed.

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