[{"data":1,"prerenderedAt":69},["ShallowReactive",2],{"q-fire-113-1-fire-science-001":3},{"subject":4,"subjectSlug":5,"subjectKicker":6,"subjectShort":7,"question":8,"related":24,"sameNumber":50,"hasEssay":68},"火災學概要","fire-science","火災學 · Fire Science","火災學",{"id":9,"webId":10,"year":11,"session":12,"subject":4,"number":12,"stem":13,"options":14,"answer":19,"answerNote":20,"images":21,"imagesPending":22,"lawTimestamp":11,"explanation":23,"explanationDeep":23,"freq":12,"indexable":22},"fire-113-1-火災學概要-001","fire-113-1-fire-science-001",113,1,"有一倉庫長寬高分別為 8 公尺，5 公尺及 4 公尺，內置可燃物之總重量為 600 公斤，試計算該倉庫之火載量若干（kg\u002Fm2）？",{"A":15,"B":16,"C":17,"D":18},"20","15","3.75","6.8","B",null,[],false,"",[25,30,34,38,42,46],{"webId":26,"stem":27,"number":28,"year":29,"session":12},"fire-106-1-fire-science-039","依據日本建設省建築研究所的模型實驗結果，影響閃燃時間（F.O.T.）最大的因素，不包括下列何者？",39,106,{"webId":31,"stem":32,"number":12,"year":33,"session":12},"fire-107-1-fire-science-001","在火場中會因吸入下列何種氣體，導致阻礙紅血球輸氧功能而造成窒息死亡？",107,{"webId":35,"stem":36,"number":37,"year":29,"session":12},"fire-106-1-fire-science-038","一般研究建築物室內火災行為特性時，將室內所產生的煙與熱，區分成上層區（熱區）及下層區（冷區），進而研究的模式稱為：",38,{"webId":39,"stem":40,"number":41,"year":33,"session":12},"fire-107-1-fire-science-002","依據美國防火協會（NFPA）規定，下列有關可燃液體與易燃液體之敘述，何者正確？",2,{"webId":43,"stem":44,"number":45,"year":29,"session":12},"fire-106-1-fire-science-037","已知門扇高 2.13 m、寬 0.91 m，把手安置在靠近邊緣 0.076 m 處，兩邊壓為 75 Pa，壓力係數 Kd=0.91，克服門自鎖力為 53 N，求最少需多少力才能打開該門？",37,{"webId":47,"stem":48,"number":49,"year":33,"session":12},"fire-107-1-fire-science-003","下列有關建築物火災「閃燃」（flashover）現象之敘述，何者錯誤？",3,[51,55,59,63,67],{"webId":52,"year":53,"stem":54,"number":12},"fire-111-1-fire-science-001",111,"近年來已有水滅火器經型式認可，下列敘述何者正確？",{"webId":56,"year":57,"stem":58,"number":12},"fire-110-1-fire-science-001",110,"下列物質各取 1 莫耳進行完全燃燒，何者所需的理論空氣量（kg）最少？",{"webId":60,"year":61,"stem":62,"number":12},"fire-109-1-fire-science-001",109,"已知辛烷的燃燒下限為 0.92（vol%），根據 Burgess-Wheeler 定理其燃燒熱約為多少？",{"webId":64,"year":65,"stem":66,"number":12},"fire-108-1-fire-science-001",108,"假設火場中只含一種燃料且均勻分布，起火後火勢循 t2 成長理論持續成長，且火災成長常數呈定值。已知起火後第 1 分鐘燒耗燃料 1 公斤，則再經 2 分鐘後，從起火開始起算總共燒耗若干公斤之燃料？",{"webId":31,"year":33,"stem":32,"number":12},true,1785123161045]