12) Derive the equations for Heat Energy (q) base on HEATER-HUMIDIFYERsystem belowusing the basic concept of Steady Flow Energy Equation considering AKE & APE arenegligible.malhlWIHeating CoilDryairqPump(Wp ~ nil)Fine water spraymshswwma1 = ma2SprayeliminatorsHumidifiedairLaw of Conservation of Mass & EnergyWater supplycontrolled byfloat valve₁<<<<<<= mama2h2W2q=ma (h2 -h1) -ms hf water is use to humidifynote:q=ma (h2-h1) -ms hg steam is use to humidifyms = ma (W2-W1)

The general steady flow energy equation is given by h1+v122+gz1+q=h2+v222+gz2+w Where q is…

12) Derive the equations for Heat Energy (q) base on HEATER-HUMIDIFYER system below using the basic concept of Steady Flow Energy Equation considering AKE & APE are negligible. mal hl WI Heating Coil Dry air q Fine water spray Spray eliminators Humidified air >>>>>>>>>>>> ma2 h2 W2

12) Derive the equations for Heat Energy (q) base on HEATER-HUMIDIFYER system below using the basic concept of Steady Flow Energy Equation considering AKE & APE are negligible. mal hl WI Heating Coil Dry air q Fine water spray Spray eliminators Humidified air >>>>>>>>>>>> ma2 h2 W2

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter5: Analysis Of Convection Heat Transfer

Section: Chapter Questions

Problem 5.12P

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