The following particulars refer to a two- Yow velacity-compounded impule wheel which fommu Q. the first stage combination turbine: Steam Velacity at nozzle outlel: 630mp blade velocity Nozzle augle Outlet augie, first sas. Outlel augle, Axed quide blades i 22° Outtet augle,ttiond 2ow of muring bladss 36 Steam flow rate : 125 m/s Mean of blede 2 18° The radia at outlet t0that 0.84 determine: of the relatne velocity at inlet A the tahle for all a The velocity of whit. 62 7he fauge fif tht ou the blad 6 The axial thrust on the blades d) the porer developed. e the ilading efficiencya.
The following particulars refer to a two- Yow velacity-compounded impule wheel which fommu Q. the first stage combination turbine: Steam Velacity at nozzle outlel: 630mp blade velocity Nozzle augle Outlet augie, first sas. Outlel augle, Axed quide blades i 22° Outtet augle,ttiond 2ow of muring bladss 36 Steam flow rate : 125 m/s Mean of blede 2 18° The radia at outlet t0that 0.84 determine: of the relatne velocity at inlet A the tahle for all a The velocity of whit. 62 7he fauge fif tht ou the blad 6 The axial thrust on the blades d) the porer developed. e the ilading efficiencya.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:Don't copy foom auy sour ce
The following particulars refer to a two-
Tow velacity-Compounded impulse
wheel which fom
of a
Q.
the firat stage
combination turbine:
Steam Velacity at nozzle outled: 630m
blade velocity
Nozzle augle
Dutlef augie, first yau f mouing blade i
Dutlel angle, Axed quide bades: 22
Outtet augle,ttiond sow
Steam
Mean
16°
18°
of
flow rate
Aaving 6ladsi 36°
The radia
ot outlet to that
Lof the relatine velocity
at inlet
the tahle
0.84
for all
Lotermine :
a) The ofiwhi.
velocity
2 72 laugetiaf that ou the blades.
6 The axial
b the
pouer developed.
e) the
ilading efficiency.
thrust on the blades
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