Water from a moderately sized river flows at a rate of 100 m3 /s down a perfectly smooth pipe, falling 100 m into a turbine. 1. Calculate the power available. 2. If in practice 10% of the power is lost by friction, transformation and distribution, find how many houses having average electricity use of about 1.0 kW (i.e. 24 kWh/day) could this power supply? 3. Predict the population of the town.
Water from a moderately sized river flows at a rate of 100 m3 /s down a perfectly smooth pipe, falling 100 m into a turbine. 1. Calculate the power available. 2. If in practice 10% of the power is lost by friction, transformation and distribution, find how many houses having average electricity use of about 1.0 kW (i.e. 24 kWh/day) could this power supply? 3. Predict the population of the town.
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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Water from a moderately sized river flows at a rate of 100 m3
/s down a perfectly smooth pipe,
falling 100 m into a turbine.
1. Calculate the power available.
2. If in practice 10% of the power is lost by friction, transformation and distribution, find how
many houses having average electricity use of about 1.0 kW (i.e. 24 kWh/day) could this
power supply?
3. Predict the population of the town.
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