The storage-outflow characteristics for a reservoir are given below. Determine the storage-outflow function 2S/At + Q versus Q for each of the tabulated values using At = 1.0 hr. Report each answer in cubic meters per second (cms) with two decimal places. Storage (106 m³) Outflow (m³/s) 70 80 85 100 115 0 50 150 350 700 2S/delt + Q type your type your : type your a type your a type your
The storage-outflow characteristics for a reservoir are given below. Determine the storage-outflow function 2S/At + Q versus Q for each of the tabulated values using At = 1.0 hr. Report each answer in cubic meters per second (cms) with two decimal places. Storage (106 m³) Outflow (m³/s) 70 80 85 100 115 0 50 150 350 700 2S/delt + Q type your type your : type your a type your a type your
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Subject water system design
![**Storage-Outflow Characteristics for Reservoirs**
The table below presents the storage-outflow characteristics for a reservoir. Your task is to determine the storage-outflow function \( \frac{2S}{\Delta t} + Q \) versus \( Q \) for each of the given tabulated values, using \( \Delta t = 1.0 \) hr. Report each answer in cubic meters per second (cms) with two decimal places.
| Storage (\(10^6 \, m^3\)) | Outflow (\(m^3/s\)) | \( \frac{2S}{\Delta t} + Q \) |
|---------------------------|---------------------|-----------------------------|
| 70 | 0 | [Type your answer here] |
| 80 | 50 | [Type your answer here] |
| 85 | 150 | [Type your answer here] |
| 100 | 350 | [Type your answer here] |
| 115 | 700 | [Type your answer here] |
For each storage value, calculate the storage-outflow function by using the formula provided, substituting the storage value and outflow into the equation. Remember, \( \Delta t \) is given as 1.0 hour.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2ad24375-0e35-46d0-ae73-58d7d895a57f%2Fbdf528de-fe7f-4ee9-bbe8-bca05ba1bd38%2Fyw1ufqk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Storage-Outflow Characteristics for Reservoirs**
The table below presents the storage-outflow characteristics for a reservoir. Your task is to determine the storage-outflow function \( \frac{2S}{\Delta t} + Q \) versus \( Q \) for each of the given tabulated values, using \( \Delta t = 1.0 \) hr. Report each answer in cubic meters per second (cms) with two decimal places.
| Storage (\(10^6 \, m^3\)) | Outflow (\(m^3/s\)) | \( \frac{2S}{\Delta t} + Q \) |
|---------------------------|---------------------|-----------------------------|
| 70 | 0 | [Type your answer here] |
| 80 | 50 | [Type your answer here] |
| 85 | 150 | [Type your answer here] |
| 100 | 350 | [Type your answer here] |
| 115 | 700 | [Type your answer here] |
For each storage value, calculate the storage-outflow function by using the formula provided, substituting the storage value and outflow into the equation. Remember, \( \Delta t \) is given as 1.0 hour.
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