RUNOFF HYDROGRAPH and it is given as:\(t = 0.0194{L^{0.77}}{S^{ - 0.385}}\)Where,t = time of concentration in minutesL = the maximum length of water travel in m.S = the slope of the catchment and it is given as\(S = \frac{{{\rm{\Delta }}H}}{L}\)ΔH is the difference in elevation between most remote points on the catchment outlet.Note:Time of Concentration is the time required by the entire drainage area to contribute to the runoff is CALLED time of concentration or time required by the most extreme point in the drainage to reach the point of interest.

"> RUNOFF HYDROGRAPH and it is given as:\(t = 0.0194{L^{0.77}}{S^{ - 0.385}}\)Where,t = time of concentration in minutesL = the maximum length of water travel in m.S = the slope of the catchment and it is given as\(S = \frac{{{\rm{\Delta }}H}}{L}\)ΔH is the difference in elevation between most remote points on the catchment outlet.Note:Time of Concentration is the time required by the entire drainage area to contribute to the runoff is CALLED time of concentration or time required by the most extreme point in the drainage to reach the point of interest.

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Kirpich equation is used to determine which one of the following?

Energy Engineering Hydrograph in Energy Engineering . 8 months ago

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Concept:Kirpich equation is an empirical equation used to determine the time of concentration in RUNOFF HYDROGRAPH and it is given as:\(t = 0.0194{L^{0.77}}{S^{ - 0.385}}\)Where,t = time of concentration in minutesL = the maximum length of water travel in m.S = the slope of the catchment and it is given as\(S = \frac{{{\rm{\Delta }}H}}{L}\)ΔH is the difference in elevation between most remote points on the catchment outlet.Note:Time of Concentration is the time required by the entire drainage area to contribute to the runoff is CALLED time of concentration or time required by the most extreme point in the drainage to reach the point of interest.

Posted on 04 Nov 2024, this text provides information on Energy Engineering related to Hydrograph in Energy Engineering. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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