3. A wind turbine has a blade length of 25 m. In a given day, average speed ofwind for 7 hours is 9 m/s, average speed of wind for another 6 hours is 10 m/sand wind speed is not sufficient to rotate wind turbine for remaining time in aday. Take Air density g = 1.23 kg/m.Determine the following:a) Maximum possible power output of wind turbine for 7 hoursb) Maximum possible power output of wind turbine for 6 hoursc) Maximum possible energy output of turbine in a given day

Answered: Image /qna-images/answer/e9eefa20-2e31-48fe-a3cf-8105d268abda.jpg

3. A wind turbine has a blade length of 25 m. In a given day, average speed of wind for 7 hours is 9 m/s, average speed of wind for another 6 hours is 10 m/s and wind speed is not sufficient to rotate wind turbine for remaining time in a day. Take Air density e = 1.23 kg/m. Determine the following: a) Maximum possible power output of wind turbine for 7 hours b) Maximum possible power output of wind turbine for 6 hours

3. A wind turbine has a blade length of 25 m. In a given day, average speed of wind for 7 hours is 9 m/s, average speed of wind for another 6 hours is 10 m/s and wind speed is not sufficient to rotate wind turbine for remaining time in a day. Take Air density e = 1.23 kg/m. Determine the following: a) Maximum possible power output of wind turbine for 7 hours b) Maximum possible power output of wind turbine for 6 hours

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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