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A Methanol pool fire shows a fuel mass loss rate of 0.01 kg/s on a load cell Estimate the heat release rate. Assume a combustion efficiency of 08. The heat of combustion of Methanol can be obtained from the text book (Table 7.6) OA 160 KW O B. 20000 kW OC. 200 kW O D. 16000 kW

A Methanol pool fire shows a fuel mass loss rate of 0.01 kg/s on a load cell Estimate the heat release rate. Assume a combustion efficiency of 08. The heat of combustion of Methanol can be obtained from the text book (Table 7.6) OA 160 KW O B. 20000 kW OC. 200 kW O D. 16000 kW

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 Methanol pool fire shows a fuel mass loss rate of 0.01 kg/s on a load cell Estimate the heat release rate Assume a combustion efficiency of 08 The heat of combustion of Methanol can be obtained from the text book (Table 76) O A 160 KW O B. 20000 KW OC. 200 kW O D. 16000 kW QUESTION 2 Estimate the heat release rate for a keroene pool fires with a mass loss rate of 0 123 kg/s Assume combustion officiency 08 O A. 2000 KW O B. 200 kW OC 4250 kW OD. 34500 KW QUESTION 3 If the diameter of the kerosene pool fire from the above question (Question 2) is2 m, estimate the flame hoight of the pool fire. O A.04 m OB.4 46 m OCB0M O D. 42m
Transcribed Image Text:A Methanol pool fire shows a fuel mass loss rate of 0.01 kg/s on a load cell Estimate the heat release rate Assume a combustion efficiency of 08 The heat of combustion of Methanol can be obtained from the text book (Table 76) O A 160 KW O B. 20000 KW OC. 200 kW O D. 16000 kW QUESTION 2 Estimate the heat release rate for a keroene pool fires with a mass loss rate of 0 123 kg/s Assume combustion officiency 08 O A. 2000 KW O B. 200 kW OC 4250 kW OD. 34500 KW QUESTION 3 If the diameter of the kerosene pool fire from the above question (Question 2) is2 m, estimate the flame hoight of the pool fire. O A.04 m OB.4 46 m OCB0M O D. 42m
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