QUESTION 3 Calculate the radiant flux for an ethane fire containing 2.8 kg of the fuel that burns completely over 18 minutes. The source of the flames is 6.8 m away and is considered to be at the...


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QUESTION 3<br>Calculate the radiant flux for an ethane fire containing 2.8 kg of the fuel that burns completely over 18 minutes. The source of the flames is 6.8 m away and is considered to be at the<br>centre of a sphere. Assume the pool diameter is 0.19 m.<br>150.05 W/m2<br>41.48 W/m2<br>45.56 W/m2<br>214.51 W/m2<br>56.62 W/m2<br>

Extracted text: QUESTION 3 Calculate the radiant flux for an ethane fire containing 2.8 kg of the fuel that burns completely over 18 minutes. The source of the flames is 6.8 m away and is considered to be at the centre of a sphere. Assume the pool diameter is 0.19 m. 150.05 W/m2 41.48 W/m2 45.56 W/m2 214.51 W/m2 56.62 W/m2

Jun 08, 2022
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