Solve the problem below. When solving, use all possible decimal places. However, express your final answer using 2 decimal places The data for 12 months at a particular site are given below: Month Jan Feb Mar Apr May Jun 20 5. Power Generated in MW 10 25 50 2. Percent time for the flow of 60x106 m³/month x10 m³/month 80 60 The available head is 70 m and overall efficiency of generation if 85 %. Assume that there are 30 days per month. Determine the following: 1. Mean Flowrate in m³/s 3. Percent time for the flow of 70x106 m³/month 4. Percent time for the flow of 80x105 m³/month Jul Aug 90 Sep Oct Nov Dec 110 90 70 70 80
Solve the problem below. When solving, use all possible decimal places. However, express your final answer using 2 decimal places The data for 12 months at a particular site are given below: Month Jan Feb Mar Apr May Jun 20 5. Power Generated in MW 10 25 50 2. Percent time for the flow of 60x106 m³/month x10 m³/month 80 60 The available head is 70 m and overall efficiency of generation if 85 %. Assume that there are 30 days per month. Determine the following: 1. Mean Flowrate in m³/s 3. Percent time for the flow of 70x106 m³/month 4. Percent time for the flow of 80x105 m³/month Jul Aug 90 Sep Oct Nov Dec 110 90 70 70 80
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:Solve the problem below. When solving, use all possible decimal places. However, express your final answer using 2 decimal places.
The data for 12 months at a particular site are given below:
Month
Jan Feb Mar
x10 m³/month 80
60
20
5. Power Generated in MW
Apr May Jun
10
25 50
Jul
Aug Sep
90 110 90
Oct Nov Dec
70
70
80
The available head is 70 m and overall efficiency of generation if 85 %. Assume that there are 30 days per month.
Determine the following:
1. Mean Flowrate in m³/s
2. Percent time for the flow of 60x106 m³/month
3. Percent time for the flow of 70x106 m³/month
4. Percent time for the flow of 80x100 m³/month
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