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Water is discharged from a 0.5-cm-diameter nozzle that is inclined at a 0 = 33° angle %3D above the horizontal. If the jet strikes the ground at a horizontal distance of H = 3.5 m and a vertical distance of V = 0.4 m from the nozzle as shown. Vm H m The rate of flow in cubic metres per second is:

Water is discharged from a 0.5-cm-diameter nozzle that is inclined at a 0 = 33° angle %3D above the horizontal. If the jet strikes the ground at a horizontal distance of H = 3.5 m and a vertical distance of V = 0.4 m from the nozzle as shown. Vm H m The rate of flow in cubic metres per second is:

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Water is discharged from a 0.5-cm-diameter nozzle that is inclined at a 0 = 33° angle above the horizontal. If the jet strikes the ground at a horizontal distance of H = 3.5 m and a vertical distance of V = 0.4 m from the nozzle as shown. e° Vm H m The rate of flow in cubic metres per second is: The total head of the jet in metres is:
Transcribed Image Text:Water is discharged from a 0.5-cm-diameter nozzle that is inclined at a 0 = 33° angle above the horizontal. If the jet strikes the ground at a horizontal distance of H = 3.5 m and a vertical distance of V = 0.4 m from the nozzle as shown. e° Vm H m The rate of flow in cubic metres per second is: The total head of the jet in metres is:
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