By adding d(p/p)/dt to the total-energy equation for e+1/2(u² + v²), derive an equation for the total enthalpy H=h+1/2(u²+2). Hint: Follow the derivation of the static-enthalpy equation from the internal-energy equation, and recall that d/dt is the transport operator defined in Eq. (2.10).

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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By adding d(p/p)/dt to the total-energy equation for e +1/2(u² + v²), derive
an equation for the total enthalpy H=h+1/2(u²+v2). Hint: Follow the
derivation of the static-enthalpy equation from the internal-energy equation, and
recall that d/dt is the transport operator defined in Eq. (2.10).
Transcribed Image Text:By adding d(p/p)/dt to the total-energy equation for e +1/2(u² + v²), derive an equation for the total enthalpy H=h+1/2(u²+v2). Hint: Follow the derivation of the static-enthalpy equation from the internal-energy equation, and recall that d/dt is the transport operator defined in Eq. (2.10).
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