An expansion in horizontal rectangular channel Fakes place from a width of 2m to 3m. Depth of flow for a discharge of 7.2 m³/sec. A 1,2m and 4.0m in the narrower & wider section. Assume kinetic Energy inlet and outlet of transition, Estimate the energy loss in transition. correction factor as at 1.05 &. 1.15
An expansion in horizontal rectangular channel Fakes place from a width of 2m to 3m. Depth of flow for a discharge of 7.2 m³/sec. A 1,2m and 4.0m in the narrower & wider section. Assume kinetic Energy inlet and outlet of transition, Estimate the energy loss in transition. correction factor as at 1.05 &. 1.15
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![An expansion in horizontal rectangular channel
Fakes place from a width of 2m to 3m. Depth of flow
7.2 m³/sec. A
lizm and 4.0m
narrower & wider section. Assume kinetic Energy
inlet and outlet of
1.05 & 1.15 at
Estimate the energy loss in transition.
for a discharge of
in the
correction factor as
transition.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc60795a0-fc5f-483a-b58a-c51a09be4cca%2F6332f405-10f6-4398-a2cc-234c9b541434%2Ftihe05e_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An expansion in horizontal rectangular channel
Fakes place from a width of 2m to 3m. Depth of flow
7.2 m³/sec. A
lizm and 4.0m
narrower & wider section. Assume kinetic Energy
inlet and outlet of
1.05 & 1.15 at
Estimate the energy loss in transition.
for a discharge of
in the
correction factor as
transition.
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