The mass flow of air, m(slug/s), through a convergent nozzle is given by, AtPo m 0.00918-...

   

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The mass flow of air, m(slug/s), through a convergent nozzle is given by, AtPo m 0.00918- √√To where, A, (ft), po (slug. ft. s) and To (R) are the nozzle's throat area, stagnation pressure and stagnation temperature, respectively. Is this equation dimensionally consistent? Why? If not determine the dimensions of the constant term. Convert the equation to SI system. (1slug 14.59383 kg, 1ft = 0.3048m, 1°R = 1.8K) = The mass flow of air, m(slug/s), through a convergent nozzle is given by, AtPo m 0.00918- √√To where, A, (ft), po (slug. ft. s) and To (R) are the nozzle's throat area, stagnation pressure and stagnation temperature, respectively. Is this equation dimensionally consistent? Why? If not determine the dimensions of the constant term. Convert the equation to SI system. (1slug 14.59383 kg, 1ft = 0.3048m, 1°R = 1.8K) =

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To check for dimensional consistency lets analyze each term in the given mass flow equation m ... View the full answer