Peak discharge of what exactly is the question cause say peak discharge for a guys sperm is ejaculation peek discharge for saliva is when u see or smell something associated with food
Peak discharge refers to the maximum rate of flow in a river or stream during a flood event. It represents the highest volume of water passing a specific point in a given amount of time. Peak discharge is a crucial factor in understanding and predicting flooding and its impacts on the surrounding areas.
It shows us the time between the peak rainfall and peak discharge. Peak rainfall is the highest rain amount. Peak discharge is the highest the water level reaches in the river.
the time between the heaviest rainfall and the peak discharge
Peak discharge occurs after peak rainfall due to the time it takes for rainwater to travel over land and through drainage systems to reach rivers and streams. When rain falls, it takes time for the water to runoff and accumulate, which can vary based on factors like soil saturation, land surface conditions, and drainage efficiency. Additionally, some water infiltrates the ground and contributes to groundwater flow, which also takes time to emerge in surface water bodies. Thus, the peak discharge is a delayed response to the peak rainfall event.
Your question makes no sense, the center of mass of a storm is a spacial reference point and the peak discharge of a stream is a time. When rain falls on the ground, it takes time for the rain to accumulate and flow into a stream thus there is always a lage between the time of the rainfall and the build up of flow in the stream.
The lag time between peak rainfall and peak discharge on a hydrograph occurs because it takes time for water to travel through the watershed from where it falls as rain to the main channel of a river. Factors like soil type, topography, land use, and drainage patterns influence the flow pathways and the time it takes for water to reach the stream channel.
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.
Most radiated and conducted limits in electromagnetic compatibility (EMC) testing are based on quasi-peak detection mode. Quasi-peak detectors weigh signals according to their repetition rate, which is a way of measuring their "annoyance factor." They do this by having a charge rate much faster than the discharge rate. Therefore as the repetition rate increases, the quasi-peak detector does not have enough time to discharge as much, resulting in a higher voltage output (response on spectrum analyzer). For continuous wave (CW) signals, the peak and the quasi-peak response are the same. The quasi-peak detector also responds to different amplitude signals in a linear fashion. High amplitude low repetition rate signals could produce the same output as low amplitude high repetition rate signal. Quasi-peak detector readings will always be less than or equal to the peak detection. Because quasi-peak readings are much slower, (by 2 or 3 orders of magnitude compared with peak) it is very common to scan initially with the peak detection first, and then if this is marginal or fails, switch and run the quasi- peak measurement against the limits.
Coefficient of discharge of an ideal liquid can be defined as a ratio of actual discharge and theoretical discharge. where, Cofficient of discharge = Actual Discharge/ Theoretical discharge.
Pikes Peak is named after Zebulon Pike who tried but never climbed it. In 2008 at least 40,000 people will reach its summit by car, train or by hiking. It is climbed every New Years Eve by a stalwart group who discharge fireworks from the summit for the pleasure of tourists and Coloradans at midnight.
Design discharge refers to the calculated flow rate of water that a drainage system, such as a stormwater management system or a sewer, is designed to handle during peak conditions. It is typically based on historical rainfall data, land use, and watershed characteristics to ensure that the system can manage extreme weather events without risking overflow or flooding. Properly determining design discharge is crucial for effective infrastructure planning and environmental protection.
Discharge can be a verb or a noun. "We did not know when they would discharge him from the hospital" uses "discharge" as a verb. "Watch for increased inflammation or any discharge" uses "discharge" as a noun.