Report
Question
Table I shows Inflow hydrograph entering a small reservoir with a spillway. The crest of the weir is 109 m. The storage of the reservoir is 60,000 m². Take the length of the weir is 4 m. The elevation versus storage relationship is given in Table 2. Calculate the outflow from the spillway and storage indication. Draw a graph between outflow from spillway and storage indication. Use coefficient of discharge for weir is 1.5.
Table I shows Inflow hydrograph entering a small reservoir with a spillway. The crest of the weir is 109 m. The storage of the reservoir is 60,000 m². Take the length of the weir is 4 m. The elevation versus ...

Please briefly explain why you feel this question should be reported.

Report
Cancel
0
11 months 0 Answers 4 views Beginner

Report
Question
Screw
a) A lead screw is being used on a lathe machine to advance the carriage of the lathe in time with the rotation of the spindle. The screw has an effective diameter of 50 mm and a lead 5 mm. ...

Please briefly explain why you feel this question should be reported.

Report
Cancel
in progress 0
11 months 2 Answers 12 views

Report
Question
Block
A 20-kg block moves between vertical guides as shown. The block is pulled 40 mm down from its equilibrium position and released. For each spring arrangement (parallel and series), determine a) the period of the vibration, b) the maximum velocity ...

Please briefly explain why you feel this question should be reported.

Report
Cancel
in progress 0
11 months 1 Answer 9 views

Report
Question
Sketch the following signals. (a) x[n] = u[n + 5] − 3u[n + 1] + u[n − 1] + u[n − 4] (b) x[n] = r[n] (u[n + 4] − u[n − 5]) (c) x(t) = 3u(t + 4) − u(t + 2) − u(t − 1) + 2u(t − 3) (d) x(t) = P∞ i=−∞ δ(t − 6i) [u(t + 2) − u(t − 2)]
Sketch the following signals. (a) x[n] = u[n + 5] − 3u[n + 1] + u[n − 1] + u[n − 4] (b) x[n] = r[n] (u[n + 4] − u[n − 5]) (c) x(t) = 3u(t + 4) − ...

Please briefly explain why you feel this question should be reported.

Report
Cancel
in progress 0
11 months 1 Answer 5 views Beginner

Report
Question
Consider the VAM process described in Example 2-1. A new reaction pathway has been developed and will be used for the production of VAM. This new reaction does not involve acetic acid. The rest of the process remains virtually unchanged and the AA losses with the product are 100 kg/h. What are the targets for minimum fresh usage and discharge/losses of AA?
 Consider the VAM process described in Example 2-1. A new reaction pathway has been developed and will be used for the production of VAM. This new reaction does not involve acetic acid. The rest of the process remains virtually unchanged ...

Please briefly explain why you feel this question should be reported.

Report
Cancel
0
11 months 0 Answers 3 views Beginner

Report
Question
Consider the VAM process described in Example 2-1. A new reaction pathway has been developed and will be used for the production of VAM. This new reaction does not involve acetic acid. The rest of the process remains virtually unchanged and the AA losses with the product are 100 kg/h. What are the targets for minimum fresh usage and discharge/losses of AA?
 Consider the VAM process described in Example 2-1. A new reaction pathway has been developed and will be used for the production of VAM. This new reaction does not involve acetic acid. The rest of the process remains virtually unchanged ...

Please briefly explain why you feel this question should be reported.

Report
Cancel
0
11 months 0 Answers 3 views Beginner

Report
Question
 Consider the VAM process described in Example 2-1. A new reaction pathway has been developed and will be used for the production of VAM. This new reaction does not involve acetic acid. The rest of the process remains virtually unchanged ...

Please briefly explain why you feel this question should be reported.

Report
Cancel
0
11 months 0 Answers 3 views Beginner