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Figure shows a single-solar-collector panel with a total surface area of 2.97 m^2. The panel receives its energy from the sun at a certain rate. However, thirty-six percent of the incoming energy is lost to the surroundings. The remaining energy is used to heat liquid water from 40 C to 60 C. The water passes through the solar collector with a negligible pressure drop at a rate of 0.0310 ??/?. By neglecting the kinetic and potential energy effects/differences through the pipe lines, a. Determine the outer surface temperature of the Sun. b. How many “Liters” of water at 60oC can the collector provide in a 30-min time period?

Figure shows a single-solar-collector panel with a total surface area of 2.97 m^2. The panel receives its energy from the sun at a certain rate. However, thirty-six percent of the incoming energy is lost to the surroundings. The remaining energy is used to heat liquid water from 40 C to 60 C. The water passes through the solar collector with a negligible pressure drop at a rate of 0.0310 ??/?. By neglecting the kinetic and potential energy effects/differences through the pipe lines, a. Determine the outer surface temperature of the Sun. b. How many “Liters” of water at 60oC can the collector provide in a 30-min time period?

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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Figure shows a single-solar-collector panel with a total surface area of 2.97 m^2. The panel receives its energy from the sun at a certain rate. However, thirty-six percent of the incoming energy is lost to the surroundings. The remaining energy is used to heat liquid water from 40 C to 60 C. The water passes through the solar collector with a negligible pressure drop at a rate of 0.0310 ??/?. By neglecting the kinetic and potential energy effects/differences through the pipe lines,
a. Determine the outer surface temperature of the Sun.
b. How many “Liters” of water at 60oC can the collector
provide in a 30-min time period?

Figure shows a single-solar-collector panel with a total surface area of 2.97 m. The panel receives its energy from the sun at a certain rate. However, thirty-six percent of the incoming energy is lost to the surroundings. The remaining energy is used to heat liquid water from 40°C to 60°C. The water passes through the solar collector with a negligible pressure drop at a rate of 0.0310 kg/s. By neglecting the kinetic and potential energy effects/differences through the pipe lines, a. Determine the outer surface temperature of the Sun. b. How many "Liters" of water at 60°C can the collector provide in a 30-min time period? -A = 2.97 m? Water out at 60°C Solar collector panel Water in 36% loss at 40°C
Transcribed Image Text:Figure shows a single-solar-collector panel with a total surface area of 2.97 m. The panel receives its energy from the sun at a certain rate. However, thirty-six percent of the incoming energy is lost to the surroundings. The remaining energy is used to heat liquid water from 40°C to 60°C. The water passes through the solar collector with a negligible pressure drop at a rate of 0.0310 kg/s. By neglecting the kinetic and potential energy effects/differences through the pipe lines, a. Determine the outer surface temperature of the Sun. b. How many "Liters" of water at 60°C can the collector provide in a 30-min time period? -A = 2.97 m? Water out at 60°C Solar collector panel Water in 36% loss at 40°C
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