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研究所、轉學考(插大)◆化工動力學
研究所、轉學考(插大)◆臨床藥學及治療學
研究所、轉學考(插大)◆熱力學與反應工程
最新試卷
115年 - 115 金門縣公立幼兒園教師聯合甄選試題： 幼兒園特教專業科目#144190(50題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題_綜合行政人員會計組︰經濟學概要#144189(44題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題_綜合行政人員地政組 ：土地法規概要（包括土地登記）#144188(44題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題︰行政學概要#144187(42題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題_綜合行政人員行政組：行政法概要#144186(47題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題：農業概要#144184(23題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題_灌溉管理人員灌溉管理組/機電組/水質組：農田灌溉排水概要#144183(28題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題：農田水利概論與相關法規#144182(50題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題：法學緒論#144181(35題)
115年 - 115 灌溉管理組織新進農田水利事業人員甄試試題：公文#144180(1題)
最新試題
25. 下列何者非屬彼得杜拉克認為的管理者任務？ (A)找出組織的特定目的與使命 (B)增加生產並讓員工有成就感 (C)經營社會影響力與負起社會責任 (D)依據員工的特質予以組織及分工
24. 有效激勵的方法很多，下列何者是經由改善工作設計達到激勵管理的方法？ (A)落實工作豐富化 (B)實施參與管理 (C)改善人事管理措施 (D)改善工作環境及設備
23. 量販店透過強勢採購與供應鏈的整合，使其商品價格具有競爭優勢之經營策略，屬於下列何 種策略？ (A)差異化策略 (B)集中化策略 (C)成本領導策略 (D)防禦者策略
最新申論題
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.
最新課程
課程學習1
講師：
【站僕】摩檸Morning.
簡介：
課程學習1課程學習1課程學習1課程學習1課程學習1 課程學習1課程學習1課程學習1課程學習1課程學習1 課程學...
全彩圖解英文音標發音課-自然發音+KK音標一次全學會！
講師：
台中大雅家教-睿智數學及英文家教，王瑞志老師
簡介：
提供全彩圖解英文音標發音課程，學完讓你自然發音+KK音標一次全學會！ 課程特色: 1.圖解、音標、注音、符號...
高一下英文課程(十年級)
講師：
台中大雅家教-睿智數學及英文家教，王瑞志老師
簡介：
高一下單字課，老師講解，偶爾有片語。
最新主題筆記
教師法 第 26 條
課程：
教師法
章節：
第 四 章 解聘、不續聘、停聘及資遣
描述：
學校教師評審委員會、性別平等教育委員會或依法組成之相關委員會依第十四條至第十六條規定作成教師解聘或不...
教師法 第 27 條
課程：
教師法
章節：
第 四 章 解聘、不續聘、停聘及資遣
描述：
教師有下列各款情事之一者，應經教師評審委員會審議通過，並報主管機關核准後，得予以資遣： 一、因系、所...
教師法 第 28 條
課程：
教師法
章節：
第 四 章 解聘、不續聘、停聘及資遣
描述：
學校於知悉教師涉有第十四條第一項或第十五條第一項所定情形之日起，不得同意其退休或資遣。 教師離職後，...
最新討論
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
11 指上級機關對下級機關，或長官對屬官，依其權限或職權為規範機關內部秩序及運作，所為非直接對外 發生法規範效力之一般、抽象之規定，稱為： (A)行政處分(B)行政命令 (C)行政指導 (D)行政規則
35. In hydrotherapy training at KMU, a therapist measures a patient's body density using underwater weighing. A patient has a mass of 75.0 kg in air. When fully submerged in water, the apparent mass is 3.0 kg. Assume water density ρ = 1.0 g/cm³ and neglect lung air volume changes. What is the patient's body density? (A) 0.960 kg/m³ (B) 1.042 kg/m³ (C) 960 kg/m³ (D) 1042 kg/m³ (E) 1120 kg/m³
36. A hospital keeps oxygen cylinders in an emergency room. An oxygen cylinder contains gas at a gauge pressure of 220 kPa at a temperature of 27 °C. During transportation in summer, the cylinder temperature rises to 47 °C. What is the new gauge pressure inside the cylinder? Assume the cylinder volume is constant, oxygen behaves as an ideal gas, and atmospheric pressure is 100 kPa. (A) 234 kPa (B) 241 kPa (C) 331 kPa (D) 334 kPa (E) 341 kPa
37. During a liver ultrasound scan, the transducer operates at frequency f = 5.0 MHz. The sound speed in liver tissue is v = 1540 m/s. The emitted ultrasound pulse contains 3 cycles per pulse (i.e., the spatial pulse length (SPL) corresponds to 3 wavelengths). Assume the minimum separable distance along the beam direction (axial resolution) is Δzmin = SPL/2. What is the minimum tumor thickness (along the beam direction) that can be resolved as a distinct structure? (A) 0.15 mm (B) 0.23 mm (C) 0.46 mm (D) 0.92 mm (E) 1.54 mm
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