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The energy received by a 2 ×2 m solar collector whose normal is inclined at 45°to the sun. The energy loss through the atmosphere is 50% and the diffuse radiation is 20% of direct radiation. Determine: a) Energy emitted by the sun; b) Emission received per m? just outside the earth's atmosphere; c) Energy received by the earth; d) Energy received by a 2 x 2 m solar collector.

The energy received by a 2 ×2 m solar collector whose normal is inclined at 45°to the sun. The energy loss through the atmosphere is 50% and the diffuse radiation is 20% of direct radiation. Determine: a) Energy emitted by the sun; b) Emission received per m? just outside the earth's atmosphere; c) Energy received by the earth; d) Energy received by a 2 x 2 m solar 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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The energy received by a 2 x2 m solar collector whose normal is inclined at 45°to the sun. The energy loss through the atmosphere is 50% and the diffuse radiation is 20% of direct radiation. Determine: a) Energy emitted by the sun; b) Emission received per m² just outside the earth's atmosphere; c) Energy received by the earth; d) Energy received by a 2 x 2 m solar collector.
Transcribed Image Text:The energy received by a 2 x2 m solar collector whose normal is inclined at 45°to the sun. The energy loss through the atmosphere is 50% and the diffuse radiation is 20% of direct radiation. Determine: a) Energy emitted by the sun; b) Emission received per m² just outside the earth's atmosphere; c) Energy received by the earth; d) Energy received by a 2 x 2 m solar collector.
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