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To calculate the lag time of a hydrograph, you first identify the peak discharge point on the hydrograph and then locate the corresponding point where the rainfall event begins. The lag time is the time difference between the start of the rainfall and the peak discharge, typically measured in hours. This value helps in understanding the response of a watershed to precipitation events.
What else can I help you with?
How do you calculate area under the hydrograph curve?
To calculate the area under a hydrograph curve, you can use numerical integration techniques, such as the trapezoidal rule. First, divide the hydrograph into segments, typically between time intervals where flow rates are measured. Then, for each segment, calculate the area as the average of the flow rates at the two endpoints multiplied by the time interval. Finally, sum the areas of all segments to obtain the total area under the curve, which represents the total volume of water passing a point over the specified time period.
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How do you calculate area under the hydrograph curve?
To calculate the area under a hydrograph curve, you can use numerical integration techniques, such as the trapezoidal rule. First, divide the hydrograph into segments, typically between time intervals where flow rates are measured. Then, for each segment, calculate the area as the average of the flow rates at the two endpoints multiplied by the time interval. Finally, sum the areas of all segments to obtain the total area under the curve, which represents the total volume of water passing a point over the specified time period.
How do you find the lagtime of an earthquake?
To find the lagtime of an earthquake, subtract the origin time of the earthquake from the arrival time of the seismic waves at a specific location. This lagtime represents the delay between the earthquake occurrence and the arrival of seismic waves at that location. The lagtime is a crucial parameter for determining the distance of the earthquake epicenter from the recording station.
The unit of hydrograph for an infinitesimally small during of effective rainfall is called?
The unit of hydrograph for an infinitesimally small duration of effective rainfall is called unit hydrograph. It represents the response of a watershed to a unit input of effective rainfall over time.
What is a flood hydrograph?
A hydrograph is showing the discharge (rate of flow) versus the time past in a specific river point. One of the types of hydrography is called a flood hydrograph, it is used to measure the river's characteristic basically a dual plot of discharge and rainfalls.
How do you contrast a storm hydrograph?
how do you compare and contrast hydrographs
What is does a hydrograph show?
the amount of discharge in a river over a period of time
What affects the shape of a storm hydrograph?
The shape of a storm hydrograph is influenced by factors such as precipitation intensity, duration, and distribution, as well as the characteristics of the watershed such as size, slope, soil type, land use, and vegetation cover. These factors determine how quickly water enters the river system and how quickly it moves through it, ultimately shaping the hydrograph.
What is the flood routing types?
IS the technique of determining flood hydrograph at a section of river
What is Rainfall Peak?
The peak rainfall is the highest amount of rain in a place on a hydrograph.
How does the relief of the land effect a storm hydrograph?
The relief of the land significantly influences a storm hydrograph by affecting how quickly water flows into rivers and streams. Steep terrain can lead to rapid runoff, resulting in a sharp rise in discharge on the hydrograph, while flatter areas may allow for slower, more prolonged runoff. Additionally, the presence of features like valleys and hills can create variations in drainage patterns, further impacting the timing and shape of the hydrograph. Overall, the topography plays a crucial role in determining the response of a drainage basin to storm events.
How do you work out lag time on a hydrograph?
the time between the heaviest rainfall and the peak discharge
On a hydrograph what does the area under the curve equal?
Total Volume of rainfall for that storm event
