40. 可燃性液體之溫度升高，蒸氣發生之速度增加，液面上之混合氣引火後始能繼續燃燒，此一能使燃燒持續之溫度稱為：
(A) 燃燒點(Burning point)
(B) 發火點(Self-ignition point)
(C) 閃火點(Flash point)
(D) 引火點

31. 可燃性液體之溫度升高，蒸氣發生之速度增加，液面上之混合氣引火後始能繼續燃燒，此一能使燃燒持續之溫度 稱為： (A)燃燒點(Burning point) (B)發火點(Self-ignition point) (C)閃火點(Flash point) (D)引火點(Pilot-ignition point)

4.可燃性液體之溫度升高,蒸氣發生之速度增加,液面上之混合氣引火後始能繼續燃燒,此一能使燃燒持續之温度 稱為:(A)引火點(Pilot-ignition point) (B)發火點(Self-ignition point) (C)閃火點(Flash point) (D) 燃 燒點(Burning point))

14.可燃性液體之溫度升高，蒸氣發生之速度增加，液面上之混合氣引火後始能繼續燃燒，此一能使燃燒持續之溫度稱為： (A)燃燒點(Burning point) (B)發火點(Self-ignition point) (C)閃火點(Flash point) (D)引火點(Pilot-ignition point)

1. A system at a state of chemical equilibrium is (A) microscopically dynamic and macroscopically static (B) microscopically dynamic and macroscopically dynamic (C) microscopically static and macroscopically static (D) microscopically static and macroscopically dynamic (E) none of these

2. The value of the equilibrium constant K depends on: I: the initial concentrations of the reactants； II: the initial concentrations of the products, III: the final concentrations of the reactants, IV: the final concentrations of the products. (A) I and II only (B) II and III only (C) III and IV only (D) three of these (E) none of these

3. The number of wall impacts per second versus the square root of Kelvin temperature for 1 mol of an ideal gas at constant volume. Which graph represents the plot? (A) (B) (C) (D) (E) none of these

4. Which statement about kinetic energy (K.E.) is true? (A) all objects moving with the same velocity have the same KE (B) as the velocity of a body increases, its K.E. decreases (C) the K.E. of a body will double if its velocity doubles (D) the K.E. of a body is independent of its mass (E) none of these statements is true

5. Aqueous solutions of lead nitrate and potassium chloride are mixed and a precipitate forms. Which pair of ions are spectator ions? (A) (B) (C) (D) (E) all of above

6. Balance the reaction below in acidic aqueous solution, using the oxidation number method. In the balanced equation, what is the coefficient of ?  (A) 1 (B) 4 (C) 5 (D) 7 (E) 8

7. You have separate aqueous solutions of NaOH and Ca(OH)2 with the same concentrations. You wish to neutralize an aqueous solution of HCl. Which basic solution would require more volume to neutralize the acid? (A) the NaOH solution (B) the Ca(OH)2 solution (C) you need to know the concentrations of the basic solutions to answer this question (D) you need to know the volume and concentration of the HCl solution to answer this question (E) you need to know the concentrations of the acid and bases and the volume of the acid to answer this question

115年 - 115 臺灣警察專科學校_甄選入學中央警察大學初試試題：火災學#140615

114年 - 114 臺灣警察專科學校_甄選入學中央警察大學初試試題：火災學#126043

114年 - 114 中央警察大學_消佐班第29期(第1、2類)：火災學#125826

113年 - 113 臺灣警察專科學校_甄選入學中央警察大學初試試題：火災學#119799

113年 - 113 中央警察大學_消佐班第28期 ( 第 1 、 2 類 ) 招生考試試題：火災學#119063

112年 - 112 臺灣警察專科學校_甄選入學中央警察大學初試試題：火災學#113771

112年 - 112 中央警察大學_消佐班第27期(第1、2類)：火災學#113526

111年 - 111 臺灣警察專科學校甄選入學中央警察大學初試：火災學#107220

111年 - 111 中央警察大學_消佐班第26期(第1、2類)：火災學#106689

110年 - 110 臺灣警察專科學校甄選入學中央警察大學初試︰火災學#97393