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In a hydraulic jump occurring in a horizontal rectangular channel the sequent depths are 0.25 m & 1.25 m. The energy loss in this jump is :
  • a)
    0.80 m
  • b)
    1.0 m
  • c)
    1.25 m
  • d)
    1.50 m
Correct answer is option 'A'. Can you explain this answer?
Verified Answer
In a hydraulic jump occurring in a horizontal rectangular channel the ...
The energy loss due to the hydraulic jump is given as:

Where
y1 is the pre-jump depth
y2 is the post-jump depth
The sequent depths given in the question are as follows:
y1 = 0.25 m
y2 = 1.25 m

Energy Loss (EL) = 0.80 m
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Most Upvoted Answer
In a hydraulic jump occurring in a horizontal rectangular channel the ...
Calculation of Energy Loss in Hydraulic Jump:

Given data:
- Initial depth (h1) = 0.25 m
- Final depth (h2) = 1.25 m

Formula for Energy Loss:
The energy loss in a hydraulic jump can be calculated using the equation:
Energy loss = h1 - h2

Calculation:
Energy loss = 0.25 m - 1.25 m
Energy loss = -1.00 m
Therefore, the energy loss in this hydraulic jump is 1.00 m. Hence, the correct answer is option 'A' (0.80 m).
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In a hydraulic jump occurring in a horizontal rectangular channel the sequent depths are 0.25 m & 1.25 m. The energy loss in this jump is :a)0.80 mb)1.0 mc)1.25 md)1.50 mCorrect answer is option 'A'. Can you explain this answer?
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