Q-1: The performance of a spillway of a power project is to be studied by means of a model constructed to a scale of 1: 9. Neglecting the viscous and surface tension effect, determine: (i) rate of flow in the model for a prototype discharge of 1000 m³/s, and (ii) the dissipation of energy in the prototype hydraulic jump, if the jump in the model studies dissipates 0.4 horse lower.
Q-1: The performance of a spillway of a power project is to be studied by means of a model constructed to a scale of 1: 9. Neglecting the viscous and surface tension effect, determine: (i) rate of flow in the model for a prototype discharge of 1000 m³/s, and (ii) the dissipation of energy in the prototype hydraulic jump, if the jump in the model studies dissipates 0.4 horse lower.
Chapter2: Loads On Structures
Section: Chapter Questions
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![Q-1: The performance of a spillway of a power project is to be studied by means of a model constructed
to a scale of 1:9. Neglecting the viscous and surface tension effect, determine:
(i) rate of flow in the model for a prototype discharge of 1000 m³/s, and
(ii) the dissipation of energy in the prototype hydraulic jump, if the jump in the model studies
dissipates 0.4 horse lower.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa75ab659-5602-4ba3-9cd2-db3c810fc9b1%2F648d51c4-80c0-4b8c-9923-f8141c6497cc%2Fkrp6vhl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q-1: The performance of a spillway of a power project is to be studied by means of a model constructed
to a scale of 1:9. Neglecting the viscous and surface tension effect, determine:
(i) rate of flow in the model for a prototype discharge of 1000 m³/s, and
(ii) the dissipation of energy in the prototype hydraulic jump, if the jump in the model studies
dissipates 0.4 horse lower.
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