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The number initially given here is not the correct number.} cylinderdiameter=0.05 {Enter inlet air temperature in degrees C here} T1=20 {Enter the pressure drop across the orifice plate in inches of water here} deltaPinwater=0.5 {orifice plate equations} mdot=pi/4*orificed^2*C*epsilon*(2*deltaP*densityair/(1-beta^4))^0.5 {This equation calculates the mass flow rate of air through the orifice plate.} epsilon=1 {This is a compressibility factor -- it's 1 since we have very low-speed flow and compressibility effects are negligible} C=0.5959+0.0312*beta^2.1-0.184*beta^8+0.039*beta^4/(1-beta)-0.01584*beta^3+91.71*beta^2.5*Red^(-0.75) {This is a correlation supplied by ASME that allows the mass flow rate to be found very accurately for different size orifice plates} beta=orificed/D {orifice diameter divided by pipe diameter} mdot=Vpipe*Apipe*densityair {find Re and V in test section} Vpipe=Red*viscosity/D/densityair {velocity in the pipe} Vtestsection=Vpipe*Apipe/Atestsection {velocity in the test section} Retestsection=Vtestsection*densityair*cylinderdiameter/viscosity {Reynolds number in the test section based on cylinder diameter} D=0.202717 {pipe diameter in meters} orificed=0.0508 {diameter of hole in orifice plate} Atestsection=0.064516 {Atestsection=100 in2 This is the test section cross-sectional area.} Apipe=pi*D^2/4 {Pipe cross-sectional area} {Air Property data} densityair=DENSITY(AirH2O,T=T1,P=P1,r=rh1) viscosity=VISCOSITY(AirH2O,T=T1,P=P1,r=rh1) {room pressure in kPa, assuming 1 bar} P1=101.9 {relative humidity ; it has a negligible effect, so we didn't measure it} rh1=0.40 deltaPinwater=deltaP*0.004015 {this converts inches of water to Pa} {$ID$ #91: Educational version distributed by McGraw-Hill}(,h锟絋5锟斤拷锟�?锟絠l锟�锟�7锟斤拷?锟斤拷锟�6A_p锟斤拷?d锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟�锟�锟� 锟�锟�锟�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟�(锟�2锟�U@锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪">?>j=|锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟�|锟�锟�锟�h锟�锟� 锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪r;锟� @锟�Xp锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟�锟�1锟�6锟� [锟�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪1锟�锟�]锟�锟�锟�锟�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪M 锟�t 锟�锟� 锟�锟� 锟�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟� 锟�k锟�锟�锟�锟�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟�锟�锟�锟�锟�锟�锟�锟�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪f *o |锟� 锟�锟� %锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪rB锟�T锟�g9锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟�锟�锟�锟�锟�1锟�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪mdot<锟�锟斤拷)锟�锟斤拷锟�?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪-锟�D锟�锟�锟斤拷锟�锟�/锟�锟斤拷锟�锟絗$锟�5x_锟�锟斤拷锟�?锟斤拷?锟竭�锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷p锟斤拷4锟斤拷 0'锟�C锟�锟�锟斤拷锟斤拷锟斤拷锟斤拷锟斤拷锟斤拷锟斤拷锟斤拷锟斤拷<锟�锟絚{锟斤拷锟斤拷锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪- `[锟絗A锟�epsilon锟斤拷|锟斤拷锟斤拷?锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷锟�deltaPnt.ColorclBlackFont.锟斤拷锟� 锟斤拷锟�@B`锟斤拷"锟斤拷锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪锟斤拷sBoldOldCreateOrder Positio锟� densityairdthMHeightTabOr<锟�锟斤拷揖锟�,锟斤拷锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪kg/m^3锟� IsControl TBitBtn 锟�betaCbetaBET<锟�锟秸�EVE;锟斤拷?OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪-mTabOrderTRadioButtonSI锟�Red:betaBET<锟�锟�锟斤拷@OpD锟斤拷h颧锟斤拷OpD锟斤拷h颧锟絪^p^锟�9 can be licensed fro锟�orificedrificeda2U0*锟�锟斤拷? 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