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光電工程導論

近代光學

力學

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)

115年 - 115 司法、調查特種考試_三等_司法事務官法律事務組、法院書記官、檢察事務官偵查實務組、法律實務組：刑事訴訟法#143386(2題)

115年 - 115 調查特種考試_三等_財經實務組：經濟學#143385(8題)

115年 - 115 調查特種考試_三等_營繕工程組：結構分析（包括材料力學與結構學）#143384(4題)

115年 - 115 海岸巡防特種考試_三等_各科組別：海巡法規（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）#143383(27題)

115年 - 115 司法特種考試_三等_檢察事務官營繕工程組：政府採購法#143382(4題)

6. Consider the linear population model with intercept:$y_t = \alpha + \beta x_t + \varepsilon_t$The variance structure is known as below: $E(\varepsilon_t^2) = \sigma^2 h_t^2,$Which regression may obtain efficiency $\hat{\beta}$ estimator? (A) Regress \( y_{t} \) on 1, \( x_{t} \) (B) Regress \( y_{t} / h_{t} \) on 1/ht ,xt/ht(C) Regress \( y_{t} / h_{t}^{2} \) on 1/h2t ,xt/h2t(D) Regress \( y_{t} \) on 1/ht ,xt/ht(E) Regress \( y_{t} / h_{t} \) on 1, \( x_{t} \)

5. Consider the linear model with intercept: $y_t = \alpha + \beta x_t + u_t$ If the $A = \sum_{i=1}^{n} (x_i - \bar{x})^2$ is positive definite and $E(u_i \mid x_i) = 0, \forall t = 1, 2, \dots, T$, which statement is true under sample size $T \to \infty$. (A) \( \hat{\beta} \) is consistent, but we cannot judge whether \( \hat{\beta} \) is efficiency (B) \( \hat{\beta} \) is unbiased and efficiency (C) \( \hat{\beta} \) is consistent and efficiency (D) \( \hat{\beta} \) is, but we cannot judge whether \( \hat{\beta} \) is efficiency (E) \( \hat{\beta} \) is unbiased and consistent.

4. Consider the simple regression $y_i = \alpha + \beta x_i + \varepsilon_i$And suppose population parameter $\beta = 2$ and least square estimator $\hat{\beta} = 2.3$. Now consider the regression $(x_i - y_i) = \alpha^* + \beta^* x_i + u_i.$What is the value of \( \hat{\beta} \)? (A) 1 (B)-1 (C)-1.3 (D)-0.3 (E) 0.3

五、請說明國道電子收費與外部性的關係，並分析尖峰和非尖峰時段是否應收取相同費率。(15 分)

四、政府實行所得重分配政策是否可以提高經濟效率？為什麼？(20 分)

三、社會安全退休年金制度對個人儲蓄行為有哪些可能的影響？(15 分)

統計學

講師：Terry Tung

簡介：Ch1 敘述統計 1. 集中趨勢（Central Tendency）用來找出資料的中心點在哪裡： 平均數（Mean）、中位數...

考前60天◆經濟學

講師：Terry Tung

簡介：高普考、初考、三四五等、國營適用！ 個經＆總經 6 大章節分類(供需、成本、市場、凱因斯、成長、貨幣) 章...

教育統計

講師：Terry Tung

簡介：國家考試考古題整理

(部份解答)週期律

課程：國營化學
章節：電子組態與週期律

(部份解答)配位化學

課程：國營化學
章節：化學鍵與配位化學

金屬元素及其化合物

課程：國營化學
章節：無機化合物

23. 何者無法用來衡量投資風險？ (A)標準差 (B)變異係數 (C)半變異數 (D)移動平均數

24. 若資本市場之證券價格已充分反應了所有已經公開之資訊，則此市場屬於何種效率市場的假 設？ (A)強式 (B)半強式 (C)弱式 (D)半弱式

35. 志學公司 109 年底有現金$200,000，應收帳款$400,000，流動負債$600,000，另有以下資料： 商品存貨－（成本）$400,000、（市價）$360,000。該公司之速動比率為： (A)2.00 (B)1.67 (C)1.60 (D)1.00

5.下列哪一項工作為「Put/Set in Place」應該進行的工作？ (A)餐具洗滌 (B)換場作業 (C)工作檯清潔與整理 (D)整理垃圾與分類

6.真真要為客人準備一份歐式早餐，真真該選擇下列哪些餐點？①水煮蛋②丹麥麵包③吐司④香腸⑤美式咖啡 ⑥柳橙汁⑦培根⑧可頌 (A)①⑤⑧ (B)②⑤⑧ (C)③④⑤ (D)③④⑥

V. Project-based learning (PBL) offers several important advantages in an EFL (English as a Foreign Language) classroom because it connects language use with meaningful communication and real-world tasks. Design a 4-period PBL lesson plan based on the provided passage. Your lesson plan should include your teaching goals, your instructions, expected learning outcomes, and assessments through AI. (15%)        Can you imagine taking a bite of a steak that was grown in a Petri dish instead of on a farm? It may sound like a scene in a sci-fi movie, but this is already a reality! Many start-ups have begun to develop a special new production process in which meat is created by taking animal stem cells, transforming them into primitive fibers, and combining these fibers to form muscle tissue. The final product is known as “lab-grown meat,” and it’s a thought-provoking recent trend that is backed by both Bill Gates and agricultural giant Cargill.         The widespread support for producing meat in this way is due to the fact that it has several substantial advantages compared with more traditional methods of meat production. First, one could argue that traditional meat production facilities, such as farms or factories, hardly ever have animals’ best interests at heart. Growing meat in a laboratory instead helps eliminate the need for slaughterhouses as well as the unethical treatment of animals. In other words, you could rest assured that the lab-grown beef patty on your plate didn’t come from a cow that had to endure physical or mental torment. Better still, lab-grown meat could help make meat production more sustainable. The raising of livestock needed to fulfill the current global demand for meat actually takes a heavy toll on the environment. According to FAO, it accounts for nearly fifteen percent of all greenhouse gas emissions worldwide. Experts estimate that by switching to lab-grown meat, emissions could be lowered by up to ninety-six percent. In addition, many claim it won’t just be the environment that benefits. Scientists can actually make lab-grown meat healthier and more nutritious by adding vitamins and minerals that are not always found in natural meat.          However, despite the evident advantages of this forward-thinking method of food production, there are also some concerns surrounding this meat of tomorrow. For a start, studies have shown that the development of labgrown meat could actually have far-reaching negative effects in the long term. While advocates for lab-grown meat say it can help fight climate change, some research suggests that maintaining the infrastructure of lab-grown cell cultures requires significant quantities of energy and leads to substantial gas emissions. Another issue to consider is whether this type of artificial meat is actually healthy and safe for humans to consume. Although great in theory, lab-grown meat is “unnatural,” or “similar to genetically modified (GM) food.” Since the latter is sometimes said to induce allergic reactions or even cause more serious health problems like cancer, some people are warning against human-made meat for fear that it might have similar side effects. One final area of concern is the actual taste of lab-grown meat. Without the naturally occurring connective tissue and fat that are present in real meat, lab-grown meat may be somewhat lacking in taste and texture and thus less appealing to some consumers. Therefore, more extensive research is needed to determine how the flavor and composition of this new meat might be altered to better suit consumers’ tastes.           Whether we like it or not, lab-grown meat is an innovative product that could have a long-term impact on a global scale. It might, however, come at a price. To ensure that future foods are both sustainable and healthy, it is therefore essential for us to conduct more comprehensive research before we jump to any conclusions. For now, all we can do is keep a close eye on this rapidly growing trend as it takes us further and deeper into the unknown.