The figure below shows a turbine with an inlet pipe and a draft tube. If the efficiency of the turbine is only 80 percent and the discharge of the water is 1000 litres per second. Calculate: 350 kN/m 0.4 m dia - Inlet pipe Turbine O.I G 0.5 m dia Draft tube Water (a) the power developed by the turbine: The velocity at point 1= m/s (answer in 3 decimal places) The turbine head = m (answer in 3 decimal places) The power of the turbine when it is 100 percent performance= kW (answer in 1 decimal place) The power of the turbine when the efficiency of the turbine is only 80 percent = kW (answer in 1 decimal place) (b) The reading of the gauge G: The velocity at the gauge G= m/s (answer in 3 decimal places) The reading of the gauge G= , kPa (answer in 1 decimal place)
The figure below shows a turbine with an inlet pipe and a draft tube. If the efficiency of the turbine is only 80 percent and the discharge of the water is 1000 litres per second. Calculate: 350 kN/m 0.4 m dia - Inlet pipe Turbine O.I G 0.5 m dia Draft tube Water (a) the power developed by the turbine: The velocity at point 1= m/s (answer in 3 decimal places) The turbine head = m (answer in 3 decimal places) The power of the turbine when it is 100 percent performance= kW (answer in 1 decimal place) The power of the turbine when the efficiency of the turbine is only 80 percent = kW (answer in 1 decimal place) (b) The reading of the gauge G: The velocity at the gauge G= m/s (answer in 3 decimal places) The reading of the gauge G= , kPa (answer in 1 decimal place)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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![The figure below shows a turbine with an inlet pipe and a draft tube. If the efficiency of the turbine is only 80 percent and the discharge of the water is 1000 litres per second. Calculate:
350 kN/m
0.4 m dia -
Inlet pipe
Turbine
0.5 m dia
Draft tube
EWater
(a) the power developed by the turbine:
The velocity at point 1=
m/s (answer in 3 decimal places)
The turbine head =
m (answer in 3 decimal places)
The power of the turbine when it is 100 percent performance=
kW (answer in 1 decimal place)
The power of the turbine when the efficiency of the turbine is only 80 percent =
kW (answer in 1 decimal place)
(b) The reading of the gauge G:
The velocity at the gauge G=
m/s (answer in 3 decimal places)
The reading of the gauge G=
kPa (answer in 1 decimal place)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca9fae2d-ac76-4cbf-b8f5-b3ad2aa9a87d%2Fcaf08342-59b9-4a97-bbd6-3dcd660f0533%2Fs1ryjrj_processed.png&w=3840&q=75)
Transcribed Image Text:The figure below shows a turbine with an inlet pipe and a draft tube. If the efficiency of the turbine is only 80 percent and the discharge of the water is 1000 litres per second. Calculate:
350 kN/m
0.4 m dia -
Inlet pipe
Turbine
0.5 m dia
Draft tube
EWater
(a) the power developed by the turbine:
The velocity at point 1=
m/s (answer in 3 decimal places)
The turbine head =
m (answer in 3 decimal places)
The power of the turbine when it is 100 percent performance=
kW (answer in 1 decimal place)
The power of the turbine when the efficiency of the turbine is only 80 percent =
kW (answer in 1 decimal place)
(b) The reading of the gauge G:
The velocity at the gauge G=
m/s (answer in 3 decimal places)
The reading of the gauge G=
kPa (answer in 1 decimal place)
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