power dissipated (P) =0 =0 footpound/second 
water specific weight (γ) =0 =0 pound/foot^3 
flowrate (Q) =0 =0 foot^3/second 
headloss (h) =NOT CALCULATED 
power requirement (laminar flow) Reynolds number < 10 

mixing constant (laminar flow)  
fluid dynamic viscosity  
rotation speed revolutions per second (laminar flow)  
impeller diameter (laminar flow) 
power requirement (turbulent flow) Reynolds number >10000 

mixing constant (turbulent flow)  
fluid mass density  
rotation speed revolutions per second (turbulent flow)  
impeller diameter (turbulent flow) 
Reynolds number  
impeller diameter  
rotation speed revolutions per second  
liquid mass density  
fluid dynamic viscosity 
dissipated power  
specific weight water  
flowrate  
dissipated headloss 
power dissipated  
volume of air at atmospheric pressure  
discharge point air pressure 
power dissipated  
volume of air at atmospheric pressure  
discharge point air pressure 
AJ Design  Online Science Mathematics Engineering Software Programs  2  3  4  5
by Jimmy Raymond
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