ENPY = (+3.2 cm. Centrifugal pump rotates at 1500 rpm. Water enters the wings normally and exits by 38 degrees from the radial direction. Thevolumetric flow rate is given as 0.25 m^3/s. By accepting the yield as 100%;A centrifugal pump impeller has an inlet radius of 15 cm and a blade width of 6.3 cm. Its radius at the exit is 35 cm and its wingspan is(a2 = 38°)(Psu = 998 kg/m³)P1+ as 29pgP2+ d2 29pgL V²hg sûrekli= f-52g+ zz + hpompa.f+ hearbing + hg,toplam Re =p.V. D+ z21.11= -1.8 logRe6.9ɛ / Dhkyerel =KK 29Wmil =3.7hg,toplam= hx,sarekli + hx.yerelПротраH =pgz/1ẠMNsp =(gH)³/4ротра girisWmil,BWmilAWR%3DPR (wePAb) Find the required shaft power for the centrifugala) Find the manometric head provided bythe centrifugal pump.pump.28092 W17,05 mO 42087 W21,28 mO 38085 W13,67 mO 45765 W12,23 mO 35063 W15,56 m

Centrifugal Pump In Centrifugal pump kinetic energy of rotating impeller is imparted on the liquid…

A centrifugal pump impeller nas an iniet radius oT 15 cm and a blade width of 6.3 cm. Its radius at the exit IS 35 cm and Its wingspan is 3.2 cm. Centrifugal pump rotates at 1500 rpm. Water enters the wings normally and exits by 38 degrees from the radial direction. The volumetric flow rate is given as 0.25 m^3/s. By accepting the yield as 100%; (a2 = 38°) (Psu = 998 kg/m³) P2 L V² P1+ a,+z + hpompa.f = 2g p.V.D + zz + heûrbing +hg,toplam _Re = hg sûrekli= f D´2g Pg pg 6.9 D =-1.8 log Re hx.yerel =K pg¥H 3.7 hỵ,toplam= hx,sūrekli + hg,yerel Wmil = Протра ENPY = ( +) H = Nsp = (gH)³/4 %3D v= 2nr,b,V1,n = 2nrzb2V2,n pompa girişi Pg WmilB _ PB WmilA VA b) Find the required shaft power for the centrifugal a) Find the manometric head provided by the centrifugal pump. pump. 28092 W 17,05 m 42087 W 21,28 m 38085 W 13.67 m 45765 W 12,23 m 35063 W 15,56 m

A centrifugal pump impeller nas an iniet radius oT 15 cm and a blade width of 6.3 cm. Its radius at the exit IS 35 cm and Its wingspan is 3.2 cm. Centrifugal pump rotates at 1500 rpm. Water enters the wings normally and exits by 38 degrees from the radial direction. The volumetric flow rate is given as 0.25 m^3/s. By accepting the yield as 100%; (a2 = 38°) (Psu = 998 kg/m³) P2 L V² P1+ a,+z + hpompa.f = 2g p.V.D + zz + heûrbing +hg,toplam _Re = hg sûrekli= f D´2g Pg pg 6.9 D =-1.8 log Re hx.yerel =K pg¥H 3.7 hỵ,toplam= hx,sūrekli + hg,yerel Wmil = Протра ENPY = ( +) H = Nsp = (gH)³/4 %3D v= 2nr,b,V1,n = 2nrzb2V2,n pompa girişi Pg WmilB _ PB WmilA VA b) Find the required shaft power for the centrifugal a) Find the manometric head provided by the centrifugal pump. pump. 28092 W 17,05 m 42087 W 21,28 m 38085 W 13.67 m 45765 W 12,23 m 35063 W 15,56 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

ENPY = (+
3.2 cm. Centrifugal pump rotates at 1500 rpm. Water enters the wings normally and exits by 38 degrees from the radial direction. The
volumetric flow rate is given as 0.25 m^3/s. By accepting the yield as 100%;
A centrifugal pump impeller has an inlet radius of 15 cm and a blade width of 6.3 cm. Its radius at the exit is 35 cm and its wingspan is
(a2 = 38°)
(Psu = 998 kg/m³)
P1
+ as 29
pg
P2
+ d2 29
pg
L V²
hg sûrekli= f-52g
+ zz + hpompa.f
+ hearbing + hg,toplam Re =
p.V. D
+ z2
1.11
= -1.8 log
Re
6.9
ɛ / D
hkyerel =
KK 29
Wmil =
3.7
hg,toplam= hx,sarekli + hx.yerel
Протра
H =
pg
z/1ẠM
Nsp =
(gH)³/4
ротра giris
Wmil,B
WmilA
WR
%3D
PR (we
PA
b) Find the required shaft power for the centrifugal
a) Find the manometric head provided by
the centrifugal pump.
pump.
28092 W
17,05 m
O 42087 W
21,28 m
O 38085 W
13,67 m
O 45765 W
12,23 m
O 35063 W
15,56 m

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