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 of08The heat of combustion of Methanol can be obtained from the text book (Table 76)O A 160 KWO B. 20000 KWOC. 200 kWO D. 16000 kWQUESTION 2Estimate the heat release rate for a keroene pool fires with a mass loss rate of 0 123 kg/s Assume combustion officiency 08O A. 2000 KWO B. 200 kWOC 4250 kWOD. 34500 KWQUESTION 3If 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 mOB.4 46 mOCB0MO D. 42m

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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

Refrigeration and Air Conditioning Technology (MindTap Course List)

8th Edition

ISBN:9781305578296

Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Chapter39: Residential Energy Auditing

Section: Chapter Questions

Problem 15RQ: When performing a combustion efficiency test, digital flue gas will measure what four...

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Question

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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