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The mass curve of rainfall of a storm is a plot of
- a)rainfall depths for various equal durations plotted in decreasing order
- b)rainfall intensity vs time in chronological order
- c)accumulated rainfall intensity vs time
- d)accumulated precipitation vs time in chronological order
Correct answer is option 'D'. Can you explain this answer?
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The mass curve of rainfall of a storm is a plot ofa)rainfall depths fo...
The mass curve of rainfall of a storm is a plot of accumulated precipitation against time in chronological order. It shows how the total rainfall changes over time during a storm. It is useful for understanding how much and how quickly rainfall will accumulate during a storm, which can help with flood forecasting and stormwater management. The mass curve can also help to identify how much rainfall is concentrated in a short period of time ( peak rainfall rate) and how much rainfall is spread over the duration of the storm.
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The mass curve of rainfall of a storm is a plot ofa)rainfall depths fo...
Explanation:
The mass curve of rainfall of a storm is a graphical representation of the accumulated precipitation (in millimeters) over time (in hours). It is a useful tool for water resources engineering and hydrology, as it allows us to estimate the storage capacity of a catchment area, and the runoff from it.
The mass curve is plotted by adding the incremental rainfall depths (in millimeters) at each time interval (in hours). The plot is a cumulative sum of the rainfall depths, and it is plotted against the time axis.
The mass curve can be used to determine the following:
- Total rainfall depth: The total rainfall depth can be obtained by reading the value of the mass curve at the end of the storm.
- Maximum rainfall intensity: The maximum rainfall intensity can be obtained by finding the steepest slope on the mass curve.
- Time to peak rainfall intensity: The time to peak rainfall intensity can be obtained by finding the time at which the steepest slope occurs.
- Time to end of storm: The time to end of storm can be obtained by finding the time at which the mass curve reaches a plateau.
The mass curve is a useful tool for designing drainage systems, as it can help to estimate the peak runoff rate, and the storage capacity of the system.
The mass curve of rainfall of a storm is a graphical representation of the accumulated precipitation (in millimeters) over time (in hours). It is a useful tool for water resources engineering and hydrology, as it allows us to estimate the storage capacity of a catchment area, and the runoff from it.
The mass curve is plotted by adding the incremental rainfall depths (in millimeters) at each time interval (in hours). The plot is a cumulative sum of the rainfall depths, and it is plotted against the time axis.
The mass curve can be used to determine the following:
- Total rainfall depth: The total rainfall depth can be obtained by reading the value of the mass curve at the end of the storm.
- Maximum rainfall intensity: The maximum rainfall intensity can be obtained by finding the steepest slope on the mass curve.
- Time to peak rainfall intensity: The time to peak rainfall intensity can be obtained by finding the time at which the steepest slope occurs.
- Time to end of storm: The time to end of storm can be obtained by finding the time at which the mass curve reaches a plateau.
The mass curve is a useful tool for designing drainage systems, as it can help to estimate the peak runoff rate, and the storage capacity of the system.
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The mass curve of rainfall of a storm is a plot ofa)rainfall depths fo...
The plot of accumulated demand against times is called as
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The mass curve of rainfall of a storm is a plot ofa)rainfall depths for various equal durations plotted in decreasing orderb)rainfall intensity vs time in chronological orderc)accumulated rainfall intensity vs timed)accumulated precipitation vs time in chronological orderCorrect answer is option 'D'. Can you explain this answer?
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