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交大◆電機◆線性代數與機率

交大◆電機◆微分方程與線性代數

交大◆電機◆線性代數與機率

115年 - 115 慈濟大學_學士後中醫學系招生考試試題：英文科#138632(50題)

115年 - 115 國立屏科實驗高級中等學校_教師甄選試題_小學部：自然科#138631(11題)

115年 - 115 慈濟大學_學士後中醫學系招生考試試題：生物學科#138630(50題)

115年 - 115-1 國立屏科實驗高級中等學校_專任教師甄選教師初試試試題_國中部：國中生物科#138629(17題)

115年 - 115 國立屏科實驗高級中等學校_教師甄選：高中公民科#138628(16題)

115年 - 115 中央警察大學_消佐班第30期 ( 第1、2類 ) 招生考試試題：火災學#138627(40題)

115年 - 115 中央警察大學_消佐班第30期 ( 第1、2類 ) 招生考試試題：消防法規與消防安全設備#138626(40題)

115年 - 115 國立屏科實驗高級中等學校_教師甄選：高中資訊科技科#138625(21題)

115年 - 115 國立屏科實驗高級中等學校_教師甄選：國中歷史科#138624(12題)

115年 - 115 國立屏科實驗高級中等學校_教師甄選試題：國小專任輔導#138623(5題)

50. A teacher follows a sequence of "I Do (Modeling), We Do (Guided Practice), You Do (Independent Practice)" to help students master a new sentence pattern. This technique is primarily referred to as: (A) Scaffolding (B) Rote Learning (C) Inductive Discovery (D) Peer Correction

49. During a lesson, a teacher uses "Exit Slips" to check student understanding. She uses this data to modify her teaching plan for the next day. This is an example of: (A) Summative Assessment (B) Placement Assessment (C) Formative Assessment (D) Diagnostic Assessment

48. A teacher provides "i + 1" input—language that is just slightly beyond the students' current level of competence—to ensure they are challenged but not overwhelmed. This aligns with which of Krashen's hypotheses? (A) The Affective Filter Hypothesis (B) The Natural Order Hypothesis (C) The Input Hypothesis (D) The Monitor Hypothesis

IV. Design a worksheet for the following passage. Before your design, please specify your teaching foci and expected learning outcomes in 100 words.            There's a myth that to be a good leader, you need to be the smartest person in the room. As a result, many leaders struggle to admit that they don't have all the answers. They're reluctant to ask for help and end up struggling in silence. This reluctance is normal—it's a fear-based response to not wanting to look incompetent to your team or superiors. But there is a way you can ask for help that strengthens your position as a leader, rather than undermines it.           Reluctance to ask for help isn't just pride: it's often about perception. And this concern isn't entirely unfounded. One study found that male leaders risked being perceived as less competent when they asked for a lot of help. In contrast, their female counterparts in the same study didn't experience a significant drop in perceived competence when seeking help.           However, researchers cautioned that it isn't actually whether or not you ask for help, but how you ask. The same study noted that asking for help is critical for leaders to learn and improve. And the benefits of asking for help far outweigh the perceived risks. Harvard Business School researchers Alison Wood Brooks and Francesca Gino found that our mindset around seeking guidance is misguided. We might think that others will see us as less capable, but the opposite is true. In their study, Brooks and Gino found that when we ask others for advice, they view us as more competent. It signals that we value their expertise and don't overestimate ourselves, which is a sign of self-awareness. Moving beyond perceptions, asking for help is also likely to yield better performance results. By utilizing the knowledge, expertise, and insight of your team, you expand your collective problem-solving capacity. Leveraging people's strengths to solve complex problems is the hallmark of a competent leader.           There's a term for what effective leaders do when they admit they don't know everything: strategic vulnerability. Rather than appearing inept or oversharing indiscriminately, asking questions positions you to lead through vulnerability. That's because you demonstrate that it has a purpose, which is to empower others, utilize their expertise, build trust, and spark collective solutions.           Harvard Professor Amy Edmondson, a leading expert on psychological safety, says the simple admission of "I might miss something here, I need to hear from you" lays a foundation of a psychologically safe environment. By modeling fallibility—not ineptitude, you create an environment where people feel safe to speak up, ask questions, and share their opinions and ideas. These are all the fundamental elements of a high-performing team.           As Edmondson highlights in her research, an environment with high levels of psychological safety is one with fewer mistakes, less duplication, and less fear and anxiety. When you ask questions as a leader, you appear accessible and approachable. This creates the space for others to do the same, fast-tracking the discovery and recovery from mistakes or potentially more fatal decisions.           As a leader, you set the tone: what you do becomes the behaviors that you accept, which your team then reinforces. Asking questions models curiosity and humility. When people feel like you value their input, they can see how their contributions matter to the bigger picture. This builds trust, loyalty, and a sense of meaningfulness into the everyday functions of work. Strategic vulnerability—when you do it right—flips the script from looking incompetent to empowering your team. It also beats pretending you have all the answers.

III. Based on the prompt below, write a model essay in 250 words (10%), and design a lesson plan for a 4-period writing class (15%). Your lesson plan should include the rationale, objectives, materials, teaching procedures, and assessment methods. 提示：近年來養寵物的風氣在臺灣日漸普遍，而寵物在人們生活中的角色也與過去不同。請以此為主題，並參照下列圖片，寫一篇英文作文，文分兩段。第一段描述這些圖片中所呈現的現象；第二段則根據你自身的經驗或觀察，說明此現象的原因以及可能的影響。

II. Design FIVE integrated reading questions for the new General Scholastic Ability Test (新型學測混合題型). Include at least three different types (e.g., multiple-choice, matching, table completion, short-answer, true/false, blank-filling). The article doesn't need to be rewritten. Provide the correct answer for each question. (25%)          The increasingly early blooming of cherry blossoms has become a striking and observable sign of climate change. Drawing on a remarkable 1,200-year record from Kyoto, scientists have found that the timing of cherry blossom blooms has shifted significantly—now occurring nearly two weeks earlier than in the mid-19th century. This extensive historical dataset provides strong evidence that today's climate conditions are unlike anything previously experienced, surpassing earlier fluctuations such as the Medieval Warm Period and the Little Ice Age.          This shift is largely driven by global warming, which is primarily caused by human activities such as the combustion of fossil fuels. Rising temperatures have accelerated the arrival of spring, leading to earlier flowering not only in Kyoto but also in other regions, including Washington, D.C. Although scientists in the United States have identified a consistent trend toward earlier blooming, they have not yet conclusively attributed it to human-induced climate change, partly because other factors, such as the urban heat island effect, may also play a role. In contrast, Kyoto's long-term records enable researchers to directly connect earlier bloom dates to anthropogenic climate change.          Recent data further corroborates this pattern. Kyoto experienced record-breaking early blooms in 2020, 2021, and 2023, and research indicates that climate change has already advanced peak bloom timing by approximately 11 days. Under moderate emissions scenarios, projections suggest that blossoms could appear nearly another week earlier by the end of the century.          These changes are not merely visual; they carry serious ecological implications. Earlier blooming may disrupt the synchronization between flowers and their pollinators, while also increasing the risk of damage from unexpected late frosts. The consequences extend beyond ornamental trees. Fruit-bearing species such as apples and peaches face similar challenges, particularly if warmer winters fail to provide the cold conditions necessary for proper dormancy. Without sufficient chilling periods, some trees may not flower at all, posing risks to agricultural production.         At the same time, cherry blossoms continue to hold both scientific and cultural importance. They serve as valuable indicators for tracking environmental change while also symbolizing renewal and seasonal transition. However, their increasingly early appearance underscores the urgency of reducing carbon emissions to mitigate the most severe consequences of climate change.

【警鴿】刑法總則(四)

講師：小摩喵(課程：警鴿系列)

簡介：帶您深入淺出認識刑法總則

初等/五等/佐級考試英文

講師：台中大雅家教-睿智數學及英文家教，王瑞志老師

簡介：提供初等/五等/佐級考試英文

商經科教師甄試

講師：易懂解in私人筆記，請按讚！

簡介：提供歷屆試題的逐題詳解影片外，影片中會傳授速解技巧和方法，並提供書面詳解，供下載！ 最近推出教甄模擬...

表皮細胞

描述：角 透 顆 蕀 基

監獄行刑法及民法 補充(最近)親屬

描述：直系：指祖父母、外祖父母、父母親、子女此類親屬關係 旁系：指直系以外之親屬。 血親：具有事實上血緣...

教育範圍

描述：正式教育&非正式教育

69.關於下圖PET造影的資料收取模式（acquisition mode），下列敘述何者錯誤？ (A)此為2D資料收取模式(B)使用鉛隔可減少環形晶體外的散射事件，因此解析度較佳(C)使用鉛隔會阻擋入射的光子數，因此敏感度較差(D)使用鉛隔時，資料收取時間較無鉛隔來的短

1. 小明習慣了使用單手來抓取物體，但為了確保行人的安全，小明用了雙手搬運了掉落在路上的大磚頭。在皮亞傑認知發展理論中，小 明的行為符合下列何者？ (A)同化 (B)適應 (C)編碼 (D)譯碼

18.美芬是個很沒自信的女孩，不敢在人群面前講話或發表自已的看法。因此，吳老師推薦給她看幾部電影，影片中的女 主角都是很有想法、獨立自主、勇於表達的新時代女性，希望能讓美芬藉以仿效。請問吳老師對美芬的引導模仿是採 用哪種類型？ (A)抽象模仿 (B)象徵模仿 (C)直接模仿 (D)綜合模仿。

63.單次靜脈注射（IV bolus）投與藥品後，藥品完全從腎臟以一階次動力學排除，則此藥品之排除速率常數 （elimination rate constant），可利用下列何項數據之自然對數值對時間作圖，求其斜率而推知？ (A)尿中藥品排泄速率 (B)尿中藥品總排泄量 (C)尿中藥品累積排泄量 (D)尿中待排泄藥品總排除速率 -

64.某藥品不具 flip-flop 現象，其生體可用率為 0.6。經口服 200 mg 後，體內血中濃度經時變化為 C= 60 ，此藥品在體內之清除率約為多少 mL/min？（C：mg/L；t：hr） (A)8.3 (B)10.4 (C)13.7 (D)15.7

(2) 分析台灣與南韓對於總統的罷免或免職制度有何不同。