Q1) A sluice gate at the base of a large reservoir is raised 1.7 m, as shown in Fig-1, and the water discharges through this 5.0 m-wide rectangular orifice into a rectangular channel of the same width. Determine whether or not a hydraulic jump will occur in the channel. If the hydraulic jump occurred, what is the type of this jump, and what will be the hydraulic jump height? Also find the energy loss due to the hydraulic jump. Neglect the approach velocity. Gate 3 m Reservoir 1.7 m Channel Fig. 1

Structural Analysis
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Q1) A sluice gate at the base of a large reservoir is raised 1.7 m, as shown in Fig-1, and
the water discharges through this 5.0 m-wide rectangular orifice into a rectangular
channel of the same width. Determine whether or not a hydraulic jump will occur in
the channel. If the hydraulic jump occurred, what is the type of this jump, and what
will be the hydraulic jump height? Also find the energy loss due to the hydraulic
jump. Neglect the approach velocity.
Gate
3 m
Reservoir
1.7 m
Channel
Fig. 1
Transcribed Image Text:Q1) A sluice gate at the base of a large reservoir is raised 1.7 m, as shown in Fig-1, and the water discharges through this 5.0 m-wide rectangular orifice into a rectangular channel of the same width. Determine whether or not a hydraulic jump will occur in the channel. If the hydraulic jump occurred, what is the type of this jump, and what will be the hydraulic jump height? Also find the energy loss due to the hydraulic jump. Neglect the approach velocity. Gate 3 m Reservoir 1.7 m Channel Fig. 1
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