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A fully modular canal outlet has its
- a)sensitivity = 1, and flexibility = 1
- b)sensitivity = 1, and flexibility = 0
- c)sensitivity = 0, and flexibility = 1
- d)sensitivity = 0, and flexibility = 0
Correct answer is option 'D'. Can you explain this answer?
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Verified Answer
A fully modular canal outlet has itsa)sensitivity = 1, and flexibility...
Rigid modules or modular outlets are those through which the discharge is constant and fixed within limits irrespective of the fluctuations of the water levels of either the distributary or of the water course or of both .
∴ sensitivity = 0, and flexibility = 0.
∴ sensitivity = 0, and flexibility = 0.
Most Upvoted Answer
A fully modular canal outlet has itsa)sensitivity = 1, and flexibility...
Fully Modular Canal Outlet
A fully modular canal outlet is a type of canal outlet that consists of precast concrete blocks or modules. These modules can be assembled in different configurations to create different types of canal outlets, such as sluice gates, weir gates, or drop gates.
Sensitivity and Flexibility
Sensitivity and flexibility are two important parameters that are used to evaluate the performance of a canal outlet. Sensitivity refers to the ability of the canal outlet to respond to changes in the flow rate or water level. Flexibility refers to the ability of the canal outlet to adapt to changing hydraulic conditions.
Option D - Sensitivity = 0, and Flexibility = 0
In option D, the sensitivity and flexibility of the fully modular canal outlet are both zero. This means that the canal outlet is not able to respond to changes in the flow rate or water level, and it is not able to adapt to changing hydraulic conditions.
This is not a desirable outcome for a canal outlet, as it can lead to reduced efficiency and increased risk of failure. Therefore, option D is not a suitable answer for this question.
Options A, B, and C - Sensitivity = 1 and Flexibility = 1 or 0
In options A, B, and C, the sensitivity of the fully modular canal outlet is 1, which means that it is able to respond to changes in the flow rate or water level. However, the flexibility of the canal outlet is either 1 or 0, which means that it may or may not be able to adapt to changing hydraulic conditions.
Option A - Sensitivity = 1, and Flexibility = 1
In option A, the fully modular canal outlet has a sensitivity of 1 and a flexibility of 1. This means that the canal outlet is able to respond to changes in the flow rate or water level and is also able to adapt to changing hydraulic conditions.
Option B - Sensitivity = 1, and Flexibility = 0
In option B, the fully modular canal outlet has a sensitivity of 1 and a flexibility of 0. This means that the canal outlet is able to respond to changes in the flow rate or water level, but it is not able to adapt to changing hydraulic conditions.
Option C - Sensitivity = 0, and Flexibility = 1
In option C, the fully modular canal outlet has a sensitivity of 0 and a flexibility of 1. This means that the canal outlet is not able to respond to changes in the flow rate or water level, but it is able to adapt to changing hydraulic conditions.
Conclusion
In conclusion, option D is not a suitable answer for this question, as a canal outlet with zero sensitivity and flexibility is not desirable. Options A, B, and C are all possible answers, depending on the specific requirements and conditions of the canal system.
A fully modular canal outlet is a type of canal outlet that consists of precast concrete blocks or modules. These modules can be assembled in different configurations to create different types of canal outlets, such as sluice gates, weir gates, or drop gates.
Sensitivity and Flexibility
Sensitivity and flexibility are two important parameters that are used to evaluate the performance of a canal outlet. Sensitivity refers to the ability of the canal outlet to respond to changes in the flow rate or water level. Flexibility refers to the ability of the canal outlet to adapt to changing hydraulic conditions.
Option D - Sensitivity = 0, and Flexibility = 0
In option D, the sensitivity and flexibility of the fully modular canal outlet are both zero. This means that the canal outlet is not able to respond to changes in the flow rate or water level, and it is not able to adapt to changing hydraulic conditions.
This is not a desirable outcome for a canal outlet, as it can lead to reduced efficiency and increased risk of failure. Therefore, option D is not a suitable answer for this question.
Options A, B, and C - Sensitivity = 1 and Flexibility = 1 or 0
In options A, B, and C, the sensitivity of the fully modular canal outlet is 1, which means that it is able to respond to changes in the flow rate or water level. However, the flexibility of the canal outlet is either 1 or 0, which means that it may or may not be able to adapt to changing hydraulic conditions.
Option A - Sensitivity = 1, and Flexibility = 1
In option A, the fully modular canal outlet has a sensitivity of 1 and a flexibility of 1. This means that the canal outlet is able to respond to changes in the flow rate or water level and is also able to adapt to changing hydraulic conditions.
Option B - Sensitivity = 1, and Flexibility = 0
In option B, the fully modular canal outlet has a sensitivity of 1 and a flexibility of 0. This means that the canal outlet is able to respond to changes in the flow rate or water level, but it is not able to adapt to changing hydraulic conditions.
Option C - Sensitivity = 0, and Flexibility = 1
In option C, the fully modular canal outlet has a sensitivity of 0 and a flexibility of 1. This means that the canal outlet is not able to respond to changes in the flow rate or water level, but it is able to adapt to changing hydraulic conditions.
Conclusion
In conclusion, option D is not a suitable answer for this question, as a canal outlet with zero sensitivity and flexibility is not desirable. Options A, B, and C are all possible answers, depending on the specific requirements and conditions of the canal system.
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