Given that N = speed, P = Power, H = heat The specific speed of a hydraulic turbine is given by:

\[\frac{P\sqrt{N}}{{{H}^{4/5}}}\]

\[\frac{N\sqrt{P}}{{{H}^{4/5}}}\]

\[\frac{N\sqrt{P}}{{{H}^{5/4}}}\]

\[\frac{P\sqrt{N}}{{{H}^{4/5}}}\]

\[\frac{P\sqrt{N}}{{{H}^{5/4}}}\]

Given that N = speed, P = Power, H = heat The specific speed of a hydr

1.	Given that N = speed, P = Power, H = heat The specific speed of a hydraulic turbine is given by:
A.	\[\frac{N\sqrt{P}}{{{H}^{4/5}}}\]
B.	\[\frac{N\sqrt{P}}{{{H}^{5/4}}}\]
C.	\[\frac{P\sqrt{N}}{{{H}^{4/5}}}\]
D.	\[\frac{P\sqrt{N}}{{{H}^{5/4}}}\]
Answer» C. \[\frac{P\sqrt{N}}{{{H}^{4/5}}}\]

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Given that N = speed, P = Power, H = heat The specific speed of a hydraulic turbine is given by:

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