Enter your assigned value of y. Consider an hydroelectric dam with a turbine and generator. The free surface of the water behind the hydroelectric dam has an elevation of "h" above the down- stream pool and turbine. If the height is h (20 +y) ft and the volumetric flow rate of water is (10,000 + 100y) ft/min. Assuming near-freezing water, find the maximum power available to the generator. (Assume that the turbine has a 100% efficiency.) 1. %3D Turbine Generator turb = hp (+ 1%) 2. Same as in 1, but find the power available from the turbine, (in hp) if it has an efficiency of nturb = 87%. Wturb hp (+ 1%)
Enter your assigned value of y. Consider an hydroelectric dam with a turbine and generator. The free surface of the water behind the hydroelectric dam has an elevation of "h" above the down- stream pool and turbine. If the height is h (20 +y) ft and the volumetric flow rate of water is (10,000 + 100y) ft/min. Assuming near-freezing water, find the maximum power available to the generator. (Assume that the turbine has a 100% efficiency.) 1. %3D Turbine Generator turb = hp (+ 1%) 2. Same as in 1, but find the power available from the turbine, (in hp) if it has an efficiency of nturb = 87%. Wturb hp (+ 1%)
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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Please solve 1 and 2 thanks for your help please help me
Transcribed Image Text:Enter your assigned value of y.
Consider an hydroelectric dam with a turbine and
generator. The free surface of the water behind the
hydroelectric dam has an elevation of "h" above the down-
stream pool and turbine.
If the height is h (20 +y) ft and the volumetric
flow rate of water is (10,000 + 100y) ft/min.
1.
%3D
Assuming near-freezing water, find the maximum
power available to the generator. (Assume that the
turbine has a 100% efficiency.)
Turbine
Generator
Weurb =
hp (t 1%)
2.
Same as in 1, but find the power available from the turbine, (in hp) if it
has an efficiency of nturb = 87%.
Wturb
hp (+ 1%)
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