elbow is constant at

75kPa

, the volume of at a rate of

2(m^(3))/(s)

. three perpendicular directions.\ 3. A thermally insulated steel pipe transports air from a vessel at an absolute pressure of

10MPa

with a temperature of

290K

, to another vessel at an absolute pressure of 8.75

MPa

. If the pipe is

30m

long and has a diameter of

10mm

, determine the flow rate of air in the pipe.\ Density of air in the second vessel

=106.156k(g)/(m^(3))

\ Viscosity of air

=0.018mN(s)/(m^(3))

\ Molecular weight of air

=29k(g)/(k)mol

\ Molar volume at

STP=22.4(m^(3))/(k)mol

\ Friction factor,

f=0.0056

\

\\\\gamma =1.36

and the weight of the three perpendicular directions. 3. A thermally insulated steel pipe transports air from a vessel at an absolute pressure of 10MPa with a temperature of 290K, to another vessel at an absolute pressure of 8.75 MPa. If the pipe is 30m long and has a diameter of 10mm, determine the flow rate of air in the pipe. Density of air in the second vessel =106.156kg/m3 Viscosity of air =0.018mNs/m3 Molecular weight of air =29kg/kmol Molar volume at STP =22.4m3/kmol Friction factor, f=0.0056 =1.36