最新資料

技檢◆電腦輔助機械設計製圖-丙級

技檢◆金屬成形-乙級

技檢◆金屬成形-丙級

115年 - 115-2 證券投資分析人員：投資學#145026(37題)

115年 - 115-2 證券投資分析人員：總體經濟及金融市場#145025(38題)

115年 - 115-2 證券投資分析人員：會計及財務分析#145024(32題)

115年 - 115 公共工程品管人員(機電班)題庫 1601-1650（2026/09/15 更新）#145023(50題)

115年 - 115 公共工程品管人員(機電班)題庫 1551-1600（2026/09/15 更新）#145022(50題)

115年 - 115 公共工程品管人員(機電班)題庫 1501-1550（2026/09/15 更新）#145021(50題)

115年 - 115 公共工程品管人員(機電班)題庫 1451-1500（2026/09/15 更新）#145020(50題)

115年 - 115 公共工程品管人員(機電班)題庫 1401-1450（2026/09/15 更新）#145019(50題)

115年 - 115 公共工程品管人員(機電班)題庫 1351-1400（2026/09/15 更新）#145018(50題)

115年 - 115 公共工程品管人員(機電班)題庫 1301-1350（2026/09/15 更新）#145015(50題)

40.三相平衡Y接法電路，若其線電壓\( V_L=86.6\text{V} \)，每相阻抗\( Z=10\Omega \)，則其線電流\( I_L \)為何？(A)3A(B)4A(C)5A(D)6A

39.一電阻電感電容(\( RLC \))串聯電路，連接一電源之電壓為200V，頻率為100Hz；串聯電路的阻抗分別為電阻\( R=5\Omega \)，電感抗\( X_L=100\Omega \)，電容抗\( X_C=1\Omega \)，則此電路的諧振頻率\( f_0 \)為何？(A)10Hz(B)20Hz(C)1kHz(D)10kHz

38.承上題，計算視在功率S為何？(A)50VAR(B)100VAR(C)100VA(D)50VA

四、原依區域計畫法劃定之鄉村區或工業區範圍外，因為居住或產業發展需要而出現許多的違規使用。請問在國土計畫下，這些違規使用應如何處理？何種情形下會有合法化的可能？此種國土計畫合法化的可能性是否合理？請評析之。(25 分)

三、國土計畫法案於 105 年 5 月 1 日施行，直轄市、縣(市)國土計畫公告實施後，應由各該主管機關依各級國土計畫國土功能分區之劃設內容，製作國土功能分區圖及編定適當使用地，並實施管制。若原本屬農業使用之土地被劃入國土保育地區，其土地使用將會受到什麼影響？您認為應如何評估國土保育之土地使用管制與私有產權之權利保障的分界？(25 分)

二、請閱讀下列從 IUCN (International Union for Conservation of Nature and Natural Resources) 報告摘錄之一段短文，並詳述其意涵，及評論其內容。(25分)The sustainable deployment of natural capital, that is the world's stocks of natural assets which include geology, soil, air, water and all living things, has an important role in achieving the United Nations' Sustainable Development Goals. For decades, IUCN has carried out innovative conservation initiatives that have simultaneously helped protect, manage and restore the environment while delivering tangible and sustainable benefits for people. This type of approach is now widely known as Nature-based Solutions (NbS). It is well documented that NbS, such as watershed protection, can generate income for local communities as well as benefits for municipalities that depend on these resources for their health and well-being. From investing in the restoration of degraded lands and shorelines to optimising the performance of traditional infrastructure, such as dams and levees, there is now overwhelming evidence that shows nature plays a critical role to in meeting our societal needs.IUCN believes that mainstreaming nature conservation into key economic sectors is essential. Increasingly, governments and business alike recognise that NbS are not only useful tools, but imperative for addressing the dual global crises on biodiversity loss and climate change.Research highlights that NbS could provide around 30% of the cost-effective mitigation needed by 2030 to stabilise warming to below 2°C. They can also provide a powerful defence against the impacts and long-term hazards of climate change, which is the biggest threat to biodiversity. Finding ways to work with ecosystems, rather than relying solely on conventional engineered solutions, can help communities adapt to climate change impacts. Using nature to green cities can also result in significant energy savings and health benefits.Many countries are already taking action to include NbS in their national climate strategies, which is why it is important to ensure that these actions are developed and implemented based on the best criteria and practices available. To help guide this uptake, IUCN coined the first global definition of NbS in 2016. They are "Actions to protect, sustainably use, manage andrestore natural or modified ecosystems, which address societal challenges, effectively and adaptively, providing human well-being and biodiversity benefits”.Today, NbS are considered by a wide range of stakeholders as an essential mechanism for achieving sustainable development. The IUCN Global Standard on NbS aims to ensure the application of this approach is credible, and its uptake tracked and measured for adaptive management so that its contributions can inspire others. Furthering this work will require scientific rigour, academic research, good governance and most of all, a willingness on the part of the various parties to help mainstream the Standard, and by doing so, help it to evolve as a key conservation and development tool, together.

中藥學分章節題庫(108-1～115-2)

講師：Pharm_MADAO

簡介：● 收錄108-1～115-2之中藥學國考題 ● 分章節整理試題，幫助考生複習各章節之內容

警察英文

講師：Terry Tung

簡介：整理各種警察相關英文考題

憲在進行式~(公職憲法)

講師：YK

簡介：本課程將帶您逐一分析重要法條、考點，將易混淆的觀點整理清楚 並透過歷屆試題及其他題目幫您將觀念更加鞏...

會員代表大會定期召集與一般門檻

課程：農會◆農會法及其施行細則｜依考點分章系統整理・單元重點搭配對應試題
章節：第 12 章 法定會議召集、成會與決議

描述：學習重點 會議分兩類，召集人相同：會員（代表）大會分為定期會議與臨時會議，均由理事長召集。 定期會議...

臨時會員代表大會召集要件

課程：農會◆農會法及其施行細則｜依考點分章系統整理・單元重點搭配對應試題
章節：第 12 章 法定會議召集、成會與決議

描述：學習重點 農會會員（代表）大會分為定期會議與臨時會議，由理事長召集；定期會議各級農會每年應召集一次。...

臨時大會召集期限與理監事會主席

課程：農會◆農會法及其施行細則｜依考點分章系統整理・單元重點搭配對應試題
章節：第 12 章 法定會議召集、成會與決議

描述：學習重點 會員（代表）依法請求召開臨時會員（代表）大會，理事長應於10 日內召開。 理事長不於期限內召開...

11.李先生為健康男性25歲70公斤，其進行跑步時心率130 bpm，心搏量90 ml/beat，動靜脈血氧差為13 ml/dL，通氣量為45 L/min，請問其在此跑步運動時之MET數值為何？ (A)5.2 (B)5.8 (C)6.2 (D)6.8

12.承上題，李先生在此跑步運動時之氧脈（oxygen pulse）數值為何（ml/beat）？ (A)1.3 (B)11.7 (C)16.9 (D)33.8

35.上皮生長激素受體（epidermal growth factor receptor,EGFR）的標靶治療（包括EGFR small-molecule inhibitor, anti-EGFR antibody, anti-HER2 antibody）不被應用在下列何種癌症上? (A)結腸癌（coloncancer）(B)肺癌（lung cancer）(C)腸平滑肌惡性肉瘤（intestinal leiomyosarcoma）(D)乳癌（breast cancer）

40. An ideal monatomic gas expands from volume V₀ to 2V₀ along a straight line path in the P-V (pressure-volume) diagram from (P₀, V₀) to (P₀/2, 2V₀). What is the heat Q absorbed by the gas in this process? (A) 0.75P₀V₀ (B) P₀V₀ (C) 1.25P₀V₀ (D) 1.5P₀V₀ (E) 2P₀V₀

41. A cylindrical rod of length L and radius R is insulated on its surface. Its thermal conductivity k varies with temperature as k(T) = αT. If the two ends of the rod are maintained at T₁ and T₂, the heat current dQ/dt is proportional to ______. (A) ln(T₁/T₂) (B) (C) T₁ - T₂ (D) T₁² - T₂² (E) T₁³ - T₂³

42. The figure represents a closed cycle for an ideal gas (the figure is not drawn to scale). The change in the internal energy of the gas as it moves from a to c along the path abc is -500 J. As the gas moves from state c to state d, 400 J of heat is transferred to the system. An additional 200 J of heat is absorbed by the gas as it moves from d back to a. What is the work done on the gas as it moves from c to d? (A) -100 J (B) 100 J (C) -300 J (D) 300 J (E) -700 J