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Consider a rectangular weir with a width of 3 cm and a water level height (H) of 0.04 m. If the rectangular weir coefficient (Cwr) is 650, provide the volumetric flowrate in m³/s.

Consider a rectangular weir with a width of 3 cm and a water level height (H) of 0.04 m. If the rectangular weir coefficient (Cwr) is 650, provide the volumetric flowrate in m³/s.

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QUESTION 4 Consider a rectangular weir with a width of 3 cm and a water level height (H) of 0.04 m. If the rectangular weir coefficient (Cwr) is 650, provide the volumetric flowrate in m³/s. QUESTION 5 Determine the magnitude of the shaft torque (Tshaft in Nm units) when the Pelton wheel is stalled, if the flowrate is 0.0685 L/s, the jet diameter is 2.7 mm, and the radius of the Pelton wheel (R) is 65 mm. Assume that the flow directions at the inlet and exit of the control volume are as indicated in the lab manual.
Transcribed Image Text:QUESTION 4 Consider a rectangular weir with a width of 3 cm and a water level height (H) of 0.04 m. If the rectangular weir coefficient (Cwr) is 650, provide the volumetric flowrate in m³/s. QUESTION 5 Determine the magnitude of the shaft torque (Tshaft in Nm units) when the Pelton wheel is stalled, if the flowrate is 0.0685 L/s, the jet diameter is 2.7 mm, and the radius of the Pelton wheel (R) is 65 mm. Assume that the flow directions at the inlet and exit of the control volume are as indicated in the lab manual.
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