Home /
Expert Answers /
Chemical Engineering /
asap-hydropower-of-in-stream-turbines-metric-units-n-20-in-stream-water-turbines-with-a-radius-of-pa878

ASAP

Hydropower of in-stream turbines (metric units) $n=20$ in-stream water turbines with a radius of $R=1.5[m]$, drag coefficient $c_{d}=0.5$ mechanical efficiency $?=0.9$ are placed in a river across its cross-section that flows at $U=2.1[ms_{?1}]$ velocity and delivers $Q=A_{riviur}U=2600[m_{3}s_{?1}]$ flow. The density of water is $?_{uut}=1000[kgm_{?3}]$ a) Calculate the horizontal force that the river will impose on the turbines $(F_{d}=21?c_{d}?_{wat}A_{turb}U_{2})$. b) Calculate the power that each turbine will extract from the river $(P_{turb}=F_{d}U)$. c) Calculate the power the $n=20$ turbines will generate after counting its mechanical efficiency. d) Calculate the power of the water flowing in the river. The mass flowrate of the river is $m?=$ $?_{zat}Q$ and the power of that mass flow-rate is given by $P_{riter}=21?mU_{2}$. e) Calculate the velocity of the river after the in-stream turbine. Solution:

Live Sessions

Online Lab Report Help

Online Project Report Help

Online Assignment Help

Essay Writing Help

CPM Homework Help

Mortgage Calculator

Electrical Engineering

Civil Engineering

Chemical Engineering

Electronics and Communication Engineering

Mathematics

Physics

Chemistry

Software Works/ Computer Science

Other Subjects

100% Correct Solutions

24/7 Availability

One stop destination for all subject

Cost Effective

Solved on Time

Plagiarism Free Solutions

Confidentiality