equation 36.2 eq:expfl-torricelli

open in the book · parts/03-classical-mechanics/19-exp-fluids.tex:154

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equation 36.2: eq:expfl-torricelli36.2phenomenon 36.4: The measured fourth-power law and the no-slip condition36.4proposition 36.2: The contraction coefficient of a re-entrant mouthpiece36.2proposition 36.3: Kirchhoff's free-streamline value for the flush slit36.3equation 36.5: eq:expfl-borda-balance36.5experiment : Efflux from a vessel: Torricelli's lawexperime…proof : ch:19-exp-fluids@proof-3proofproof : ch:19-exp-fluids@proof-2proofequation 36.3: eq:expfl-borda36.3proof : ch:19-exp-fluids@prooflink-1proofequation 36.4: eq:expfl-borda-force36.4equation 36.1: eq:expfl-jet-range36.1equation 36.6: eq:expfl-kirchhoff36.6

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depends_on The measured fourth-power law and the no-slip condition declared parts/03-classical-mechanics/19-exp-fluids.tex:426
depends_on The contraction coefficient of a re-entrant mouthpiece declared parts/03-classical-mechanics/19-exp-fluids.tex:225
depends_on Kirchhoff's free-streamline value for the flush slit declared parts/03-classical-mechanics/19-exp-fluids.tex:285
step_from eq:expfl-borda-balance declared — equating the momentum flux of the jet to the unbalanced hydrostatic force and substituting $v^{2}=2gh$ parts/03-classical-mechanics/19-exp-fluids.tex:253
tests Efflux from a vessel: Torricelli's law declared parts/03-classical-mechanics/19-exp-fluids.tex:62