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A 3 m internal diameter spherical tank made of 1 cm thick stainless steel (k: 15 W/mK) is used to store water at 4°C, as shown in Figure 2.2. Inner surface of the tank is 4°C, while the outer surface of the tank is painted with black colour paints with emissivity, ɛ = 0.88 measured at temperature 5°C. It is located outdoor at 40°C and is subjected to wind at 25 km/h. Determine the %3D total heat transfer rate to the ice water. T. = 40°C 25 km/h Iced T = 5°C water 1 cm -D; = 3 m T= 4°C Figure 2.2

A 3 m internal diameter spherical tank made of 1 cm thick stainless steel (k: 15 W/mK) is used to store water at 4°C, as shown in Figure 2.2. Inner surface of the tank is 4°C, while the outer surface of the tank is painted with black colour paints with emissivity, ɛ = 0.88 measured at temperature 5°C. It is located outdoor at 40°C and is subjected to wind at 25 km/h. Determine the %3D total heat transfer rate to the ice water. T. = 40°C 25 km/h Iced T = 5°C water 1 cm -D; = 3 m T= 4°C Figure 2.2

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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A 3 m internal diameter spherical tank made of 1 cm thick stainless steel (k = 15 W/mK) is used to store water at 4°C, as shown in Figure 2.2. Inner surface of the tank is 4°C, while the outer surface of the tank is painted with black colour paints with emissivity, ɛ = 0.88 measured at temperature 5°C. It is located outdoor at 40°C and is subjected to wind at 25 km/h. Determine the total heat transfer rate to the ice water. (b) = 40°C 25 km/h Iced Ts 5°C water 1 ст -Di = 3 m T= 4°C Figure 2.2
Transcribed Image Text:A 3 m internal diameter spherical tank made of 1 cm thick stainless steel (k = 15 W/mK) is used to store water at 4°C, as shown in Figure 2.2. Inner surface of the tank is 4°C, while the outer surface of the tank is painted with black colour paints with emissivity, ɛ = 0.88 measured at temperature 5°C. It is located outdoor at 40°C and is subjected to wind at 25 km/h. Determine the total heat transfer rate to the ice water. (b) = 40°C 25 km/h Iced Ts 5°C water 1 ст -Di = 3 m T= 4°C Figure 2.2
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