It is a Thermodynamics subject please show the complete and step by step solution. Use the given format I inserted. Please answer it as soon as possible. PROBLEM no 1ASGUMING THm THERE ARE no HEAT EPFETS Ano noFRICTIUNAL EFIECTS, FINO T HE KINETIC ENERGY AND (PEEDDf A 3220 · Ibm Booy AFER IT FMIS• 118 4 FROm REST.START WITH THE STEADY PLOW EQUATION, DELETING ENERGYTERMS WHICH ARE IRRE LEVANT.GIVEN:m: 3220 IbmV, = 0PE, + KE, + Wf, +ttQ= PEz + KEz + W4z tHs twtPE, + KE, = PE, + KEzmgm + mv,?2KmahiK.mahim Vz2gh=2 (32 . 174 4)s²) ( 778 ft)Vz= 223.75's or 224 fpsmv,? (3320 Jbm) (883.75 f+/6)?2 ( 82. 174 bmlos .2505225. 98 Ibf tgBTU= 322 o. 08 B 2. Air flows in a steady manner through a converging tube. At the inlet there are 690kPaaand 1.193m/kg. If 125m/min of air enters at the rate of 1.57 m/sec and the exitsection has a diameter of 35cm, determine (a) the mass flow rate in kg/sec, (b) thediameter of the entrance section in mm and (c) the exit velocity in m/min.3. A ball is thrown vertically upward from the ground and a student gazing out the windowsees it moving upward pass him at 5 m/s. The window is 1000cm above the ground.How high does the ball go above the ground?

AS PER GIUDELINES I HAVE TO SOLVE ONLY 1ST QUESTION

2. Air flows in a steady manner through a converging tube. At the inlet there are 690kPaa and 1.193m/kg. If 125m/min of air enters at the rate of 1.57 m/sec and the exit section has a diameter of 35cm, determine (a) the mass flow rate in kg/sec, (b) the diameter of the entrance section in mm and (c) the exit velocity in m/min.

2. Air flows in a steady manner through a converging tube. At the inlet there are 690kPaa and 1.193m/kg. If 125m/min of air enters at the rate of 1.57 m/sec and the exit section has a diameter of 35cm, determine (a) the mass flow rate in kg/sec, (b) the diameter of the entrance section in mm and (c) the exit velocity in m/min.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter4: Numerical Analysis Of Heat Conduction

Section: Chapter Questions

Problem 4.17P

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