lire Dalian/lies mam Unit V Example: Assuming that the re grows as a fast 12 re, what is the heat release rate of the re after ve minutes? What is height of the re assuming that the re is away from the walls (page 156): Q 2 0c t2 Q = heat release rate of fire (kW) oc= fire growth coefficient (kW/$2) t = time after ignition (5') Hr = flame height (m) Q : convective heat release rate (kW) k = location from the walls 1 = flame away from walls 2 = flame is against the wall 4 = flame is against two walls (in a corner) How long will the re last (pagel 67): t _ 4V b aDZy V = volume of liquid (m3) D = pool diameter (m) y = regression rate (m/s) l' 2 ' p m' = mass burning flux (kg/m2 s) p = density of fuel (kg/m3) ssment FlR4304-130-S, Fire Dynamics Path: p Wordszl) QUESTION 13 10 points Save Answer A re begins in a portion of a warehouse where pallets are stored. Assuming that the tire grows as a fast t2 tire, what is the heat release rate of the fire after five minutes? What is height of the fire assuming that the fire is away from the wails? Your answer should show yourr calculations and your answer must inctude the proper units. [Paragraph :1 [Ariel 3] l3 (12m) 3] a} Maitreya Path: 9 Words:0 QUESTION 1 4 10 points Save Answer A 100 m3 tank open at the top has a 10 meter diameter. The tank is filled with gasoline that ignites. How long will the fire last? Your answer should show your calculations and your answer must include the proper units &course_id=~B331'l_1&comentid=_5187593f18xstep=null Page 6 of httpszl/online.cclumbiasouthern.edulwebappslassessmentltakellaunch....nt_id=_433444_1 ht