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港務局◆環境污染防治技術

港務局◆航海學與船藝學

港務局◆工程力學(包括材料力學)

115年 - 115 司法、海岸巡防特種考試_五等_各類科：英文#143396(15題)

115年 - 115 海岸巡防特種考試_四等_各科組別：海巡法規概要（包括海岸巡防法、國家安全法、海洋污染防治法、海關緝私條例、中華民國領海及鄰接區法、懲治走私條例、海岸巡防機關器械使用條例、臺灣地區與大陸地區人民關係條例第二章行政與第五章罰則、中華民國專屬經濟海域及大陸礁層法）#143395(27題)

115年 - 115 調查特種考試_三等_調查工作組（選試土耳其文）：外國文（土耳其文）#143394(3題)

115年 - 115 司法、海岸巡防特種考試_五等_各類科：公民#143393(35題)

115年 - 115 調查特種考試_三等_化學鑑識組、醫學鑑識組：生物化學#143392(5題)

115年 - 115 調查特種考試_三等_化學鑑識組：儀器分析#143391(11題)

115年 - 115 調查特種考試_三等_營繕工程組：政府採購法#143390(4題)

115年 - 115 海岸巡防特種考試_五等_海洋巡護：航海學大意與輪機學大意#143389(40題)

115年 - 115 海岸巡防特種考試_四等_海洋巡護科輪機組：輪機工程概要（包括推進裝置概要、輔機概要與輪機英文）#143388(9題)

115年 - 115 海岸巡防特種考試_五等_海洋巡護：海巡勤務大意與海巡法規大意（包括海岸巡防法、國家安全法、海洋污染防治法、海關緝私條例、中華民國領海及鄰接區法、懲治走私條例、海岸巡防機關器械使用條例、臺灣地區與大陸地區人民關係條例第二章行政與第五章罰則、中華民國專屬經濟海域及大陸礁層法）#143387(50題)

66. 低酸性食品的定義是指食品的酸鹼值要在多少以上？ (A)7.0 (B)6.0 (C)4.6 (D)3.5

65. 茶葉之發酵主要係靠： (A)酵母菌 (B)乳酸菌 (C)自身酵素 (D)環境中存在的微生物

64. 下列何種食品之加工製造，不涉及發酵技術？ (A)普洱茶 (B)梅乾菜 (C)板豆腐 (D)優酪乳

四、 請閱讀本題所附 NASA Earth Observatory 短文，進行文章解析與評論。並請就文中內容，討論臺灣所面臨的挑戰與因應之策。(25 分) The Impact of Climate Change on Natural Disasters Climate change may not be responsible for the recent skyrocketing cost of natural disasters, but it is very likely that it will impact future catastrophes. Climate models provide a glimpse of the future, and while they do not agree on all of the details, most models predict a few general trends. First, according to the Intergovernmental Panel on Climate Change, an increase of greenhouse gases in the atmosphere will probably boost temperatures over most land surfaces, though the exact change will vary regionally. More uncertain—but possible—outcomes of an increase in global temperatures include increased risk of drought and increased intensity of storms, including tropical cyclones with higher wind speeds, a wetter Asian monsoon, and, possibly, more intense mid-latitude storms. Global warming could affect storm formation by decreasing the temperature difference between the poles and the equator. That temperature difference fuels the mid-latitude storms affect the Earth's most populated regions. Warmer temperatures could increase the amount of water vapor that enters the atmosphere. The result is a hotter, more humid environment. At the equator, where conditions are already hot and humid, the change isn't expected to be large. At the poles, however, the air is cold and dry; a little extra heat and water vapor could raise temperatures greatly. As a result, global warming may cause the temperature difference between the poles and the equator to decrease. And as the difference decreases, so should the number of storms, says George Tselioudis, a research scientist at NASA Goddard Institute for Space Studies (GISS) and Columbia University. But even as a warming climate might decrease the overall number of storms that form, it could increase the number of intense storms. As temperatures continue to rise, more and more water vapor could evaporate into the atmosphere, and water vapor is the fuel for storms. The combined result of increased temperatures over land, decreased equator-versus-pole temperature differences, and increased humidity could be increasingly intense cycles of droughts and floods as more of a region's precipitation falls in a single large storm rather than a series of small ones. A warmer, wetter atmosphere could also affect tropical storms (hurricanes), but changes to tropical storms are harder to predict and track. Some scientists have speculated that a warmer climate that allows more intense storms to develop would also spawn more hurricanes. Warmer temperatures may also heat ocean waters farther from the Equator, expanding the reach of large tropical storms. But there is little evidence to support the either of these theories, says Kerry Emanuel, a professor of tropical meteorology and climate in the Massachusetts Institute of Technology's Program in Atmospheres, Oceans, and Climate. The one way in which global warming could impact hurricanes is by making them more intense. More heat and water in the atmosphere and warmer sea surface temperatures could provide more fuel to increase the wind speeds of tropical storms. Warming that has already occurred since 1980 has increased sea surface temperatures 0.3 degrees Celsius, which should increase the maximum potential wind speed of hurricanes by 1 knot, according to hurricane intensity models. But increases that small could not have been observed yet. Even if tropical storms don't change significantly, other environmental changes brought on by global warming could make the storms more deadly. Melting glaciers and ice caps will likely cause sea levels to rise, which would make coastal flooding more severe when a storm comes ashore.

三、 請分析購物商圈在都市發展中所扮演的角色，近年各層級商圈均產生空置率提升，甚至發生退租潮的情形。請從空間變遷、智慧科技與其他可能的影響因素與趨勢，討論市鎮中心之沿街店面商圈發展面臨的衝擊與解決之道。(25 分)

二、 我國都市計畫地區範圍內公共設施保留地之使用依法受到諸多限制，且其所有權人迄無具有徵收公法上之請求權，從而造成該類土地普遍低度、甚至違規利用(因需用土地人多拒絕發動徵收)。試從土地政策之觀點，研訂取得公共設施保留地之對策、並說明其理由。(25 分)

【警鴿】警察偵查犯罪手冊(中)

講師：小摩喵(課程：警鴿系列)

簡介：《警察偵查犯罪手冊》是一本全面介紹警用刑事程序的專業書籍，它涉及了從犯罪發生到偵查結案的各個階段和細...

【警鴿】警察偵查犯罪手冊(下)

講師：小摩喵(課程：警鴿系列)

簡介：《警察偵查犯罪手冊》是一本全面介紹警用刑事程序的專業書籍，它涉及了從犯罪發生到偵查結案的各個階段和細...

【警鴿】警察情境實務(完整收錄歷年特考題、附SOP)(上)

講師：小摩喵(課程：警鴿系列)

簡介：課程特色： ●收錄警察特考歷屆試題，幫助考生熟悉考試內容和形式。 ●針對警察工作情境，提供真實案例和實務...

自治法規名稱與冠名

課程：初等/五等/佐級◆法學大意｜70章依考點系統整理，單元重點搭配對應試題
章節：第 21 章 地方自治組織、自治立法與監督

描述：學習重點 掌握自治條例的名稱層級：直轄市稱「法規」、縣（市）稱「規章」、鄉（鎮、市）稱「規約」，並應...

自治法規制定與裁罰權限

課程：初等/五等/佐級◆法學大意｜70章依考點系統整理，單元重點搭配對應試題
章節：第 21 章 地方自治組織、自治立法與監督

描述：學習重點 先看事項性質：地方自治團體就自治事項，可以制定自治條例或自治規則；辦理上級機關委辦事項，則...

自治條例罰鍰權限

課程：初等/五等/佐級◆法學大意｜70章依考點系統整理，單元重點搭配對應試題
章節：第 21 章 地方自治組織、自治立法與監督

描述：學習重點 先看層級，再看法規形式：除法律另有規定外，只有直轄市、縣（市）得以自治條例規定行政罰，鄉（...

5.推動特殊教育融入適應環境及永續知能，以下作法何者正確？ (A) 辦理特殊教育學生適應環境探索體驗活動 (B) 推動實作導向之環境變遷教學計畫 (C) 將淨零排放議題融入教材及教學中 (D) 以上皆是

7.關於「臺北市高級中等教育階段身心障礙資源班教師深化融合教育間接服務」之內涵，何者為是？ (A) 合作教學與諮詢輔導 (B) 入班輔導與團體輔導 (C) 需求評估與緊急應變 (D) 以上皆是

8.下列何者適合用來評論他人的文章見解深刻、絲絲入扣？ (A)妙手丹青 (B)煮字療飢 (C)鞭辟入裡 (D)鍾靈毓秀

8 關於緩刑與假釋之規定，下列敘述何者正確？ (A)經宣告緩刑者，暫緩沒收之執行(B)緩刑期內故意犯他罪而受逾 1 年有期徒刑之宣告確定者，得撤銷緩刑(C)假釋期間經撤銷假釋而再犯者，不論以累犯(D)假釋出獄者，在假釋期間得交付保護管束

1. All of the following methods are used for the argentometric titrations, EXCEPT? (3%)(A) Volhard’s method (B) Haber’s method(C) Fajan’s method (D) Mohr’s method(E) None of the above

(二)計算： 1. X1 年折舊費用。 （2 分） 2. X2 年折舊費用。 （2 分)3. X2 年底減損前帳面金額。（3 分）4. X2 年底應認列之減損損失。（3 分）