58. 5.3. Oxygen flows into an insulated device with initial conditions as follows: pi= 30 psia, T1=750R, and Vi 639 ft/sec. The area changes from A1 6 ft'to A2= 5 ft. (a) Compute Mi, pa, and Ta. (b) Is this device a nozzle or diffuser? (c) Determine M2, pr, and T2 if there are no losses. %3D

58. 5.3. Oxygen flows into an insulated device with initial conditions as follows: pi= 30 psia, T1=750R, and Vi 639 ft/sec. The area changes from A1 6 ft'to A2= 5 ft. (a) Compute Mi, pa, and Ta. (b) Is this device a nozzle or diffuser? (c) Determine M2, pr, and T2 if there are no losses. %3D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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58. 5.3. Oxygen flows into an insulated device with initial conditions as follows:
pi= 30 psia, Ti= 750R, and Vi 639 ft/sec. The area changes from A1 6 ft to
A2 = 5 ft. (a) Compute Mi, pa, and Tn.
(b) Is this device a nozzle or diffuser?
(c) Determine M2, p2, and T2 if there are no losses.

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