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Question 1: At Suva (ø =-18°) at 9 a.m. on 20 May, the irradiance measured on a horizontal plane was Gh= 1.0MJ/h/m². (a) Determine the angle 0, between the beam radiation and the vertical, and hence find the irradiance G' = (G, + G.) measured in the beam direction. (Assume that G << Gp.) (b) Under the same assumptions as in (a), determine the angle 0̟ between the beam and a collector of slope 30° facing due North. Hence find the irradiance G, on the collector.

Question 1: At Suva (ø =-18°) at 9 a.m. on 20 May, the irradiance measured on a horizontal plane was Gh= 1.0MJ/h/m². (a) Determine the angle 0, between the beam radiation and the vertical, and hence find the irradiance G' = (G, + G.) measured in the beam direction. (Assume that G << Gp.) (b) Under the same assumptions as in (a), determine the angle 0̟ between the beam and a collector of slope 30° facing due North. Hence find the irradiance G, on the collector.

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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Question 1: At Suva (ø = -18°) at 9 a.m. on 20 May, the irradiance measured on a horizontal plane was Gh= 1.0MJ/h/m². (a) Determine the angle 0, between the beam radiation and the vertical, and hence find the irradiance G* = (G, + Ga) measured in the beam direction. (Assume that G << Gp.) (b) Under the same assumptions as in (a), determine the angle 0, between the beam and a collector of slope 30° facing due North. Hence find the irradiance G, on the collector.
Transcribed Image Text:Question 1: At Suva (ø = -18°) at 9 a.m. on 20 May, the irradiance measured on a horizontal plane was Gh= 1.0MJ/h/m². (a) Determine the angle 0, between the beam radiation and the vertical, and hence find the irradiance G* = (G, + Ga) measured in the beam direction. (Assume that G << Gp.) (b) Under the same assumptions as in (a), determine the angle 0, between the beam and a collector of slope 30° facing due North. Hence find the irradiance G, on the collector.
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