The heat flux for stable film boiling on the outside of a horizontal cylinder or sphere of diameterD, in m, is given below. What should be the value of "n", for the equation above to bedimensionally consistent? Use dimensional analysis:q=heat flux,Wm²Wk = thermal conductivity of vapor, 'm °Chgf-[g kỷ Pv(P₁ − Pv)[hfg + 0.4 Cpv (Ts − Tsat)]]à = CfMyD (Ts - Tsat)Pv = density of vapor,P₁ = density of liquid,-kgm³kg'm³Cpv= enthalpy of vaporization,kgg = gravitatioinal acceleration,C = experimental constant, dimensionlessmJkg °CTs = surface temperature of the heater, °CTsat = saturation temperature of vapor, °CkgHv = viscosity of vapor,ms= specific hear of vapor,(Ts - Tsat)

The dimension of the following variable are as…

The heat flux for stable film boiling on the outside of a horizontal cylinder or sphere of diameter D, in m, is given below. What should be the value of "n", for the equation above to be dimensionally consistent? Use dimensional analysis: W m² ġ = heat flux, à Cf = C₁9 K² P₂ (P [g k³ Pv(P₁ − Pv)[hƒg +0.4 Cpv (Ts - Tsat)]] - MyD (Ts - Tsat) kv = thermal conductivity of vapor, kg Pv density of vapor, 'm³ kg P₁ = density of liquid, m³ hgf = enthalpy of vaporization, kg W m °C m g = gravitatioinal acceleration, S² C₂ = experimental constant, dimensionless n J Cpv = specific hear of vapor, kg °C Ts = surface temperature of the heater, °C Tsat saturation temperature of vapor, °C kg My viscosity of vapor, ms (Ts - Tsat)

The heat flux for stable film boiling on the outside of a horizontal cylinder or sphere of diameter D, in m, is given below. What should be the value of "n", for the equation above to be dimensionally consistent? Use dimensional analysis: W m² ġ = heat flux, à Cf = C₁9 K² P₂ (P [g k³ Pv(P₁ − Pv)[hƒg +0.4 Cpv (Ts - Tsat)]] - MyD (Ts - Tsat) kv = thermal conductivity of vapor, kg Pv density of vapor, 'm³ kg P₁ = density of liquid, m³ hgf = enthalpy of vaporization, kg W m °C m g = gravitatioinal acceleration, S² C₂ = experimental constant, dimensionless n J Cpv = specific hear of vapor, kg °C Ts = surface temperature of the heater, °C Tsat saturation temperature of vapor, °C kg My viscosity of vapor, ms (Ts - Tsat)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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