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Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22°31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m- day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.

Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22°31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m- day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.

Elements Of Electromagnetics
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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Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22° 31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m - day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.
Transcribed Image Text:Problem 2.13 Determine the monthly average hourly radiation falling on a flat plate collector facing south (y=0) with a slope of 20 on 15th July. The collector is located at Anand, Gujarat (latitude 22° 31' N). The global and diffuse radiation on the horizontal surface are 5580 W/m- day and 1250 W/m - day respectively. Assume the ground refrectivity to be 0.22. Assume, 11.00 am as solar time.
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