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If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)
- a)1.5
- b)3.2
- c)3.0
- d)1.44
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
If Qs4 and Qs6 are the equilibrium discharges of S- curve for the cat...
Qe = A.1D
Qs4/Qs6 = 6/4 = 1.50
Most Upvoted Answer
If Qs4 and Qs6 are the equilibrium discharges of S- curve for the cat...
Given:
- Qs4 and Qs6 are the equilibrium discharges of S-curve for the catchment obtained by 4-hour UH summation and 6-hour UH summation, respectively.
To find:
- Qs4/Qs6.
Solution:
To solve this problem, we need to understand the concept of S-curves and the relationship between the equilibrium discharges obtained by different UH summations.
1. S-curves:
S-curves are used to represent the response of a catchment to a unit hydrograph (UH). They provide a graphical representation of the relationship between rainfall excess and runoff. The S-curve is obtained by plotting the cumulative runoff against the cumulative rainfall excess.
2. Equilibrium Discharge:
The equilibrium discharge is the maximum value of the discharge obtained from the S-curve. It represents the steady-state condition where the catchment has reached its maximum runoff response.
3. UH Summation:
UH summation refers to the process of adding multiple unit hydrographs to represent a given hydrological condition. It involves multiplying the unit hydrograph by the rainfall excess at each time interval and summing the individual contributions.
4. Relationship between Equilibrium Discharges:
The equilibrium discharge obtained from a longer UH summation is expected to be greater than the equilibrium discharge obtained from a shorter UH summation. This is because a longer UH summation considers a larger time interval and captures more runoff contribution.
5. Calculation:
In this case, Qs4 and Qs6 represent the equilibrium discharges obtained from 4-hour UH summation and 6-hour UH summation, respectively.
Since Qs6 is obtained from a longer UH summation, it is expected to be greater than Qs4.
Therefore, Qs4/Qs6 < />
The correct answer is option 'A' (1.5) as it is the only option that satisfies the condition Qs4/Qs6 < 1.="" />
- Qs4 and Qs6 are the equilibrium discharges of S-curve for the catchment obtained by 4-hour UH summation and 6-hour UH summation, respectively.
To find:
- Qs4/Qs6.
Solution:
To solve this problem, we need to understand the concept of S-curves and the relationship between the equilibrium discharges obtained by different UH summations.
1. S-curves:
S-curves are used to represent the response of a catchment to a unit hydrograph (UH). They provide a graphical representation of the relationship between rainfall excess and runoff. The S-curve is obtained by plotting the cumulative runoff against the cumulative rainfall excess.
2. Equilibrium Discharge:
The equilibrium discharge is the maximum value of the discharge obtained from the S-curve. It represents the steady-state condition where the catchment has reached its maximum runoff response.
3. UH Summation:
UH summation refers to the process of adding multiple unit hydrographs to represent a given hydrological condition. It involves multiplying the unit hydrograph by the rainfall excess at each time interval and summing the individual contributions.
4. Relationship between Equilibrium Discharges:
The equilibrium discharge obtained from a longer UH summation is expected to be greater than the equilibrium discharge obtained from a shorter UH summation. This is because a longer UH summation considers a larger time interval and captures more runoff contribution.
5. Calculation:
In this case, Qs4 and Qs6 represent the equilibrium discharges obtained from 4-hour UH summation and 6-hour UH summation, respectively.
Since Qs6 is obtained from a longer UH summation, it is expected to be greater than Qs4.
Therefore, Qs4/Qs6 < />
The correct answer is option 'A' (1.5) as it is the only option that satisfies the condition Qs4/Qs6 < 1.="" />
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If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer?
Question Description
If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer?.
If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer?.
Solutions for If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer? in English & in Hindi are available as part of our courses for GATE.
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If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer?, a detailed solution for If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer? has been provided alongside types of If Qs4 and Qs6 are the equilibrium discharges of S- curve for the catchment obtained by 4 hour UH summation and 6 hour UH summation, respectively, then Qs4/Qs6 is __________. (Up to 2 decimal places)a)1.5b)3.2c)3.0d)1.44Correct answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
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